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What is DFQ (Design For Quality)?
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Renaud Anjoran, Sofeast's CEO, is joined by Andrew Amirnovin to explore DFQ (Design For Quality).
They will explain what this concept is, and why it's important when designing and developing a new product for manufacturing.
When designing the product you are keeping in mind quality aspects during the design and development process, including tolerances, inspection criteria, and more.
Summary:
► Ensuring that the designer hears the voice of the customer and considers how the product will be used in the field.
► Choosing standard parts (which may require less testing validation and approval) and simplifying the product where possible.
► Perform risk analysis on the aspects most likely to cause quality issues, such as new custom materials and processes (especially if new to the industry, as this increases risks).
► Error-proofing manual processes that production operators perform, such as by using a fixture to hold the product in the required position.
► Complex fabrication: If parts or products are very complex to make this is a kind of design defect as it may be almost impossible for your manufacturer to reach your required quality every time.
► Tolerances analysis: Assure that fabrication will work even if the tolerances are on the positive or negative side.
► Testability: Make it easy to test the product and assure that everything works, keeping in mind jigs and tools required are possible and affordable.
They will explain what this concept is, and why it's important when designing and developing a new product for manufacturing.
When designing the product you are keeping in mind quality aspects during the design and development process, including tolerances, inspection criteria, and more.
Summary:
► Ensuring that the designer hears the voice of the customer and considers how the product will be used in the field.
► Choosing standard parts (which may require less testing validation and approval) and simplifying the product where possible.
► Perform risk analysis on the aspects most likely to cause quality issues, such as new custom materials and processes (especially if new to the industry, as this increases risks).
► Error-proofing manual processes that production operators perform, such as by using a fixture to hold the product in the required position.
► Complex fabrication: If parts or products are very complex to make this is a kind of design defect as it may be almost impossible for your manufacturer to reach your required quality every time.
► Tolerances analysis: Assure that fabrication will work even if the tolerances are on the positive or negative side.
► Testability: Make it easy to test the product and assure that everything works, keeping in mind jigs and tools required are possible and affordable.
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