Implementation Of Dfss In Connector Product Development

Nowadays, with continuous changes of the market needs, more and more customers require products for higher quanlity (Q), lower price (P), faster delivery time (T) and better services (S). The market competition is becoming more and more intensely, therefore, the enterprises have to adopt new technologies and ideas, to generate high quality and robust designed products with the lower cost and shorter time. Currently, the 6Sigma improvement activity (DMAIC) is promoted by Foxconn, but many issues have been found during the actual project process, such as the DMAIC method focuses on process improvement but not suitable for product design, and the improvment cost is higher. The objective of this thesis is to set up a DFSS model of connector development, and perform preliminary study of the implementation of DFSS in connector development.Firstly, the enterprise application background, aims and state of the art are analyzed.Study the basic principle of 6sigma and analyze the weak of DMAIC approach, the application framework of DFSS approach in connector development are introduced. Secondly, the traditional development model and quality management methods of connector development in Foxconn are analyzed, and the DFSS approach is introduced. The analysis of the influence of DFSS in connector development is given, and the optimized scheme of the application of DFSS in connector development is brought up, and the framework and detail set-up steps of DFSS model are introduced.Finally, through the example of CTB connector to optimiz the design targets of mating force and temperature rise, introduced the application of DFSS in connector development and set up the actual DFSS model. It can also prove the DFSS theory is a effective method in development of computer connector.