EMAIL : jennyhu@sz-hhc.com
Mob : 0086-18475622623 / 15814029042
As we are working in the field of metal parts manufacturing for continuous improvement and upgrading, quite a lot of attention has been paid to product cost effectiveness by Shenzhen Haohaichang Industrial Co.,Ltd.(hereinafter referred to as HHC). As a result, HHC had been certified with “ISO/TS 16949:2009 on March 9, 2011. In the process of its implementation, we have come to know that product quality improvement, productivity upgrading, cost reduction, variation and waste lowering have been even more stressed on by TS 16949 so that the inventory cycle and stock are kept to the minimum.
HHC has been engaged in the supply of metal products such as high precision stamping metal parts or metal parts processed with precision & automatic lathe and CNC. Various types of products have been covered with our manufacturing, for example, high precision stamping metal parts, of which there are stamping terminals, stamping brackets and stamping flanges; metal parts processed with precision & automatic lathe, of which there are terminal needles, nuts, studs, rivets, bolts, screws and etc. HHC mainly manufactures series of metal products with high precision stamping metal parts or metal parts processed with precision & automatic lathe for auto-maker, home appliances and electric heater manufacturers.
In fact, in the process of its implementation, it has been found out that the importance of customer’s feeling for satisfaction has been emphasized a great deal by TS 16949. Everything shall be handled with according to customer’s requirements. As a result, if TS 16949 has been well implemented, the company will get survived in one way or another for sure. That’s why a number of non-automotive production and relevant service part organizations have been got certified with TS 16949. They consider that effective implementation of TS 16949 is the basis for sustainable business operations.
Afterwards, a brief introduction to five key tools of TS 16949 for management will be made by HHC as follows:
PPAP stands for production part approval process. It refers to that
in order to get the customer’s approval for corporate product manufacturing, a cross-functional team shall be well organized for a written version of process specification for the implementation of corrective and preventive actions with the requirements for tracking result verification to make sure that the effective actions shall be carried out for the prevention of quality non-compliance from happening again.
APQP stands for advanced product quality planning. It refers to that it is a structured method for defining and executing the actions necessary to ensure the system assessment for the elements of design, production, quality and time of delivery during the initial period of developing a new product so that all the possible critical points shall be found out and resolved in advance for shortening product development period.
As a result, the tool is normally used for shortening development period, quality planning, non-compliance prevention and productivity improvement for a product satisfies the customer.
MSA stands for measure system analysis while SPC stands for statistical process control. Two tools of these shall be no longer strange to the manufacturing companies, especially to the product quality controllers. With regard to MSA itself, the analysis is the most important factor as it may have impact on the accuracy of measuring results. Generally speaking, the study on bias, accuracy, EV, AV and linear analysis of measure system shall be conducted.
While SPC as one of the tools of TS 16949, it is required that during the process of implementation, the relationship between control charts and specification tolerance shall be clarified. There is special emphasis put on the use of statistical technique to find out the potential non-compliance issues in the process of manufacturing which is used as a cutting point for improvement actions of lowering defect rate and cost reduction.
FMEA stands for failure mode and effect analysis. With scientific utilization of it, our product quality can be improved for enhanced reliability and safety to help the customer get more satisfaction. With risks evaluated, actions against the risks involved shall be specified.