This dataset provides the repairability index score and supporting datasheet for the notebook model CM3401FFA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CM3401FFA has been assessed and assigned a repairability index score of 9.3, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model TN3402YA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model TN3402YA has been assessed and assigned a repairability index score of 9.2, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model H7606WI. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model H7606WI has been assessed and assigned a repairability index score of 9.1, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model X1607QA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model X1607QA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CM1402FM2A. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CM1402FM2A has been assessed and assigned a repairability index score of 9.2, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model K3504VA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model K3504VA has been assessed and assigned a repairability index score of 8.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G815LP. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G815LP has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
Indice de réparabilité (organisation ASUS Global PTE LTD)
This dataset provides the repairability index score and supporting datasheet for the notebook model M5606UA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model M5606UA has been assessed and assigned a repairability index score of 9.0, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model K6502VV. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model K6502VV has been assessed and assigned a repairability index score of 9.0, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FX608JH. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FX608JH has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5604CMA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5604CMA has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CR1104CTA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CR1104CTA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G635LR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G635LR has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5605CCA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5605CCA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CR1100CKA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CR1100CKA has been assessed and assigned a repairability index score of 9.1, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FX507ZI. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FX507ZI has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX1500CKA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX1500CKA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model M1605YA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model M1605YA has been assessed and assigned a repairability index score of 9.2, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G614FM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G614FM has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G814PP. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G814PP has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B3405CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B3405CVA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B3604CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B3604CVA has been assessed and assigned a repairability index score of 9.6, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model S5606CA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model S5606CA has been assessed and assigned a repairability index score of 9.1, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA707NVR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA707NVR has been assessed and assigned a repairability index score of 9.2, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model K6502VJ. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model K6502VJ has been assessed and assigned a repairability index score of 9.1, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX1405CKA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX1405CKA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G814FM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G814FM has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model M1605XA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model M1605XA has been assessed and assigned a repairability index score of 9.3, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G614PM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G614PM has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA808UH. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA808UH has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5405CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5405CVA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model GU603ZV. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model GU603ZV has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX3401FBA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX3401FBA has been assessed and assigned a repairability index score of 8.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model GA605KM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model GA605KM has been assessed and assigned a repairability index score of 9.3, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model BR1402FGA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model BR1402FGA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA706NFR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA706NFR has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B3605CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B3605CVA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX1505CKA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX1505CKA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model E1504FA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model E1504FA has been assessed and assigned a repairability index score of 8.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model H7606WP. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model H7606WP has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B1402CBA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B1402CBA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G815LM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G815LM has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model GA403WP. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model GA403WP has been assessed and assigned a repairability index score of 9.6, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA608UM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA608UM has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model H7606WU. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model H7606WU has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA506NCR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA506NCR has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model M1407KA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model M1407KA has been assessed and assigned a repairability index score of 9.3, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA608PM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA608PM has been assessed and assigned a repairability index score of 9.8, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5302CBA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5302CBA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model P3405CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model P3405CVA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5405CCA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5405CCA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B1502CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B1502CVA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model H7606WM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model H7606WM has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model GA403UM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model GA403UM has been assessed and assigned a repairability index score of 9.6, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX1400FKA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX1400FKA has been assessed and assigned a repairability index score of 8.8, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model GA605KH. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model GA605KH has been assessed and assigned a repairability index score of 9.3, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model S3407CA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model S3407CA has been assessed and assigned a repairability index score of 9.6, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA506NFR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA506NFR has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model 型號. Starting from BR1100FKA, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model BR1100FKA has been assessed and assigned a repairability index score of 8.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model BR1104CTA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model BR1104CTA has been assessed and assigned a repairability index score of 9.1, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model H7606WV. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model H7606WV has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5404CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5404CVA has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model E1504GA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model E1504GA has been assessed and assigned a repairability index score of 8.8, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model X1505VA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model X1505VA has been assessed and assigned a repairability index score of 8.8, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G614FP. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G614FP has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5604CVF. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5604CVF has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G814PM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G814PM has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CZ1104CM2A. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CZ1104CM2A has been assessed and assigned a repairability index score of 9.2, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA707NUR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA707NUR has been assessed and assigned a repairability index score of 9.1, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model H7604JV. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model H7604JV has been assessed and assigned a repairability index score of 9.3, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX5403CMA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX5403CMA has been assessed and assigned a repairability index score of 9.0, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model M5606NA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model M5606NA has been assessed and assigned a repairability index score of 8.8, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G814FP. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G814FP has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX1505CTA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX1505CTA has been assessed and assigned a repairability index score of 8.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B3402FVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B3402FVA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX3402CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX3402CVA has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model P3605CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model P3605CVA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5402FBA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5402FBA has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model GA403WM. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model GA403WM has been assessed and assigned a repairability index score of 9.6, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model H7604JI. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model H7604JI has been assessed and assigned a repairability index score of 9.0, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G615JMR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G615JMR has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model X1704VA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model X1704VA has been assessed and assigned a repairability index score of 9.2, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX1405CTA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX1405CTA has been assessed and assigned a repairability index score of 8.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B7402FBA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B7402FBA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5602CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5602CVA has been assessed and assigned a repairability index score of 9.5, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model V3607VH. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model V3607VH has been assessed and assigned a repairability index score of 8.8, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G614PR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G614PR has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model G615LP. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model G615LP has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B1402CVA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B1402CVA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FA608UH. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FA608UH has been assessed and assigned a repairability index score of 9.6, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FX608JPR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FX608JPR has been assessed and assigned a repairability index score of 9.9, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model CX1400CKA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model CX1400CKA has been assessed and assigned a repairability index score of 9,6 indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B3402FEA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B3402FEA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model X1405VA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model X1405VAhas been assessed and assigned a repairability index score of 9.3, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B3402FBA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B3402FBA has been assessed and assigned a repairability index score of 9.4, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B5404CMA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B5404CMA has been assessed and assigned a repairability index score of 9.6, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model TP3607SH. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model TP3607SH has been assessed and assigned a repairability index score of 9.2, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model FX608JMR. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model FX608JMR has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.
This dataset provides the repairability index score and supporting datasheet for the notebook model B3605CCA. Starting from 2025, producers are required to disclose the repairability index of notebook models to qualify for the premium eco-modulation under WEEE regulations. The model B3605CCA has been assessed and assigned a repairability index score of 9.7, indicating a high level of ease in repair and replacement of key components. The score is calculated based on standardized French criteria, covering factors such as availability of spare parts, documentation, disassembly complexity, and software support. Providing this information is essential for applying for a fee deduction in the 2025 H1 declaration under the French WEEE eco-modulation scheme. The attached CSV file includes detailed breakdowns of the criteria and associated scoring. Stakeholders are kindly invited to review, verify, and approve the data to ensure regulatory compliance and eligibility for the associated financial incentives. Thank you for your attention and support.