Zhijia has an experienced engineering team, focusing on product analysis and mold design of automobile body structural parts, chassis parts and Class A parts.
Through advanced software support, the parts formability simulation analysis, rebound compensation analysis and fine analysis of the mold surface, the average number of modifications to the mold surface of the transfer mold part is 1-2 times, and the average number of modifications to the mold surface of the continuous mold part is 0-1 times.
Quotation
Cost Analysis
CAE analysis
Material belt
Mold structure
Zhijia's CAE technical team is composed of senior engineers in the field of deep-cultivated automotive mold simulation, combined with industry-leading simulation software and self-developed analysis models, to provide customized simulation solutions for automotive hardware molds of different materials and structures.
Digital simulation runs through the whole process of mold design, avoids molding risks in advance through accurate virtual verification, optimizes mold structure and process parameters, and provides "rehearsal" technical support for the research and development of highly difficult and high-precision automotive hardware molds. So as to optimize the design scheme before mold manufacturing, reduce the number of physical mold test, and achieve the goal of "design is optimal.
Zhijia has been deeply engaged in the industry for more than 20 years and has set up a team of engineers with an average working experience of more than 5 years. With their profound technical accumulation, rich practical experience and keen industry insight, they have become the "strongest brain" for the landing of customer projects and the "breaker" of technical problems ".
Zhijia engineers are proficient in mainstream design software such as UG and AutoCAD, familiar with international standards such as VDA and AIAG in the automobile industry, and are good at transforming customer requirements into landable mold structure schemes, especially experienced in structural optimization of molds made of special materials such as high-strength steel and aluminum alloy.
