DFX Analysis Service

DFX (Design for X Design for each part of the product life cycle). Where, X can represent the product life cycle or a certain link, such as assembly (M-manufacturing, t-testing), processing, use, maintenance, recovery, scrap, etc., can also represent product competitiveness or the factors that determine product competitiveness, such as quality, cost (C), time, etc. Include:

• DFP: Design for Procurerent procureable designs;

• DFM Design for Manufacture Design;

• DFT: Design for Test;

• DFD: Design for Diagnosable analysis Design;

• DFA: Design for Assrrrbly Assemblable Design;

• DFE: Design for Envirorrnent;

• DFF: Design for Fabrication of the PCB is designed for FCB Fabrication;

• DFS: Design for Serviceability;

• DFR: Design for Reliability;

• DFG: Design forCost.

Design here not only refers to the design of the product, but also refers to the design of the product development process and system. In product design, not only functional and performance requirements should be considered, but also factors related to all stages of the product life cycle. Including manufacturing possibilities, efficiency and economy. The goal is to shorten the development cycle and reduce the cost while ensuring the quality of the product. This is concurrent engineering by design.

DFX technology is one of the supporting tools of concurrent engineering. It is an integrated design technology for the whole life cycle of products. It integrates computer technology, manufacturing technology, system integration technology and management technology, and fully embodies the idea of systematization.It is a new design technology, in the design stage as early as possible to consider the performance of the product, quality, manufacturability, assemblability, testability, product service and price factors, to optimize the design or redesign the product.

The most common DFX techniques are:

• Design for Assembly (DFA), Design for Manufacturing (DFM), Design for Compatibility, DFC, Design for Variety (DFV), Design for Green (DFG) and Design for Logistics (DFL), etc.

• Assembly oriented design is a design technique that analyzes the fit relationship of parts. It provides a quantitative method for determining assembly usage in the early stages of product design. The principles include minimum number of parts, minimum contact surface and easy assembly. Similarly, manufacturing-oriented design introduces principles such as minimum parts principle and easy to manufacture principle to guide product design.

• In performance-oriented design, the design team reviews all independent sets of rules related to the product from the perspective of the whole product life cycle, so as to complete the design of product interface and function, the design of part features, the selection of processing methods, the selection of technological design and process scheme, etc.

• Solution oriented design is designed to select the least expensive solution from different design solutions. It involves factors such as the number of product design solutions, the stage of product design and the cost of product design changes. Green design refers to the design of products from the perspective of the impact on the environment, considering the use of products in the whole life.

• Logistics design refers to the design of the product using different constraints at design time, such as cost-driven constraints, minimum time constraints, etc.

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