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Design for Manufacturability Principles
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Design for Assembly




Designing for ease of assembly minimizes labor costs, assembly time and increases the efficiency of production.




Design for Testing




Integrating testing capabilities into product design ensures that defects can be detected early, reducing the cost of failure and rework.




Standardization




Using standard components and processes makes it easier to produce and maintain products, reducing lead times and costs.




Design for Environment




Creating products that are easily recyclable or upgradable with minimal environmental impact can improve sustainability and brand image.




Design for Reliability




Considering reliability throughout the design process results in more durable and trust-worthy products.




Simplicity




Striving for the simplest design that accomplishes the desired function reduces complexity and generally leads to better reliability and lower production costs.




Material Selection




Choosing the right materials can optimize the manufacturing process, reduce costs, and improve product quality and durability.




Cost Optimization




Balancing performance requirements with cost considerations ensures that the product can be profitably manufactured and sold.




Modularity




Designing products in separable modules can simplify manufacturing, allow for multiple product variations, and improve serviceability.




Error Proofing




Design features that prevent incorrect assembly or usage, also known as Poka-Yoke, enhance the reliability of the final product.
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