Assess repairability, reusability, and upgradability of your products using Artificial Intelligence

Under Ecodesign for Sustainable Products Regulation and Digital Product Passport, producer must determine the values of repairability, reusability, and upgradability

1. Repairability Index: evaluates the ease and feasibility of repairing a product.

2. Reusability Index:assesses the potential for a product or its parts to be reused. Important criteria include:

3. Upgradability Index:measures the ease and feasibility of enhancing a product's functionality, performance, or capacity.
Save your time to calculate repairability, reusability, and upgradability values for your products. In just a few minutes, get Artificial Intelligence calculated value of the repairability, reusability, and upgradability of your product and according to standard EN 45554 General methods for the assessment of the ability to repair, reuse and upgrade energy related products”
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keep inputs empty if you do not know the answer. However, we recommend you to provide as much information as possible.

General Information about the Product and Its Use

What is the name and type designation of the product?

What is the intended use of the product?

Example: The product is intended for personal communication and multimedia use.

What are the main components of the product?

Example: Battery, display, motherboard, camera module.

What are the priority parts of the product?

Product-Related Criteria

How many steps are required to remove a part from the product without causing damage?

Options: 1-3 steps, 4-6 steps, 7-10 steps, More than 10 steps Example: Removing the battery requires 4 steps.

What is the reference disassembly depth for similar products?

Example: For similar smartphones, the average disassembly depth is 5 steps.

What types of fasteners are used in the product?

Options: Screws, Clips, Adhesives, Combination Example: The product uses screws and adhesives.

Are the fasteners reusable, removable, or neither?

Options: Reusable, Removable, Neither Example: The screws are reusable, but adhesives are not.

What tools are required for disassembly, repair, or upgrade?

Options: Basic tools, Product-specific tools, Commercially available tools, Proprietary tools, No tools required Example: Basic tools like screwdrivers are required.

Are these tools basic, product-specific, commercially available, proprietary, or non-existent?

Options: Basic, Product-specific, Commercially available, Proprietary, Non-existent Example: Basic and commercially available tools are sufficient.

Can the repair be performed in the use environment, workshop environment, or does it require a production-equivalent environment?

Options: Use environment, Workshop environment, Production-equivalent environment Example: Repairs can be done in a workshop environment.

What level of skill is required to perform the repair?

Options: Layman, Generalist, Expert, Manufacturer or authorized expert Example: A generalist can perform most repairs.

What type of diagnostic support and interfaces are available?

Options: Intuitive, Coded with public reference, Publicly available hardware/software, Proprietary, Non-existent Example: Publicly available diagnostic software is provided.

Support-Related Criteria

Are spare parts publicly available, available to independent repair providers, manufacturer-authorized providers, manufacturer-only, or non-existent?

Options: Publicly available, Available to independent repair providers, Available to manufacturer-authorized providers, Manufacturer-only, Non-existent Example: Spare parts are publicly available.

What is the interface type of spare parts?

Options: Standard, Proprietary with standard interface, Proprietary with non-standard interface Example: Spare parts use standard interfaces.

How long are the spare parts available?

Options: Long-term, Mid-term, Short-term, No information Example: Spare parts are available long-term.

Is the information for repair comprehensive, basic, or non-existent?

Options: Comprehensive, Basic, Non-existent Example: Comprehensive repair manuals are available.

Is the information publicly available, available to independent repair providers, manufacturer-authorized providers, or manufacturer-only?

Options: Publicly available, Available to independent repair providers, Available to manufacturer-authorized providers, Manufacturer-only Example: Information is publicly available.

What return options are available for repair, reuse, or upgrade?

Options: Comprehensive, Basic, None Example: Comprehensive return options including pickup service.

Does the product support secure data deletion or transfer?

Options: Built-in, Available on request, Not available Example: Built-in secure data deletion is supported.

Can the product be reset to factory settings and passwords reset?

Options: Integrated reset, External reset, Service reset, No reset Example: Factory reset and password reset are available via integrated reset.

Identification of Priority Parts

Which components are most likely to fail or wear out over time?

Example: The battery and display are most likely to fail.

Which parts are critical to the primary function of the product?

Example: The motherboard and battery are critical.

Are there components that frequently need replacement or maintenance?

Example: The battery frequently needs replacement.

Are there any parts designed to be replaced or upgraded?

(e.g., batteries, memory modules) Example: The battery and memory modules are designed to be replaced.

Which parts contain personal data that must be managed during reuse or upgrade?

Example: The storage component contains personal data.

Additional Product-Related Criteria for Reuse and Upgrade

How many steps are required to disassemble the product to access critical components?

Example: Accessing the motherboard requires 10 steps.

What types of fasteners and connectors are used?

(e.g., screws, clips, adhesives) Example: Screws and clips are used.

What tools are needed for disassembly and repair?

(basic, specialized, proprietary) Example: Basic tools are needed.

Can the repair be done in a typical home environment, or is a specialized workshop needed?

Example: Repairs require a workshop environment.

What skill level is required for the repair?

Options: layman, generalist, expert, manufacturer-authorized Example: Repairs require a generalist.

Can user data be securely deleted from the product?

Example: Yes, data can be securely deleted.

Can the product be reset to factory settings easily?

Example: Yes, it can be easily reset to factory settings.

Are there specific parts that can be reused in other products?

Example: The battery and memory modules can be reused.

Is the product designed to allow hardware upgrades?

(e.g., additional memory, new firmware) Example: Yes, additional memory can be added.

What is the compatibility of the product with upgraded parts?

Example: The product is compatible with upgraded memory and firmware.

Support-Related Criteria for Reuse and Upgrade

What diagnostic support and interfaces are available for fault detection?

Example: Publicly available diagnostic software is provided.

Are spare parts readily available and for how long after product release?

Example: Spare parts are available for up to 5 years after release.

Is repair information (manuals, schematics) accessible to the public or only to authorized service centers?

Example: Repair manuals are publicly accessible.

Are there comprehensive instructions available for data management and secure data deletion?

Example: Yes, comprehensive instructions are available.

Are there return options available for the product to be reused by others?

Example: Yes, there are return options for reuse.

Is there information available on how to upgrade the product (both hardware and software)?

Example: Yes, information on hardware and software upgrades is available.

Are the necessary upgrade parts available and for how long?

Example: Upgrade parts are available for 3 years after release.

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