stayStandard parts for automotive inspection toolsIn the modular design and use of specialized tools for institutional manufacturers, the control module can also generate a series of control modules based on different specifications and models, and can directly select a series of specifications and database systems from the data table, thus reducing cycle time. When creating a database, one can choose to use the company's internal universal database system or the sales market standardization field database system, which includes the series product standardization base, series product support point mechanism specifications and models, rotation mechanism control modules, precision positioning hole axis standard parts, rolling mechanisms, etc.

At present, a standardized control module management system has emerged in the vehicle inspection and sales market in China. Professional companies provide standardized database systems and components such as horizontal flipping mechanisms, rotating mechanisms, rolling mechanisms, card springs, card mechanisms, detection plate mechanisms, guide pins, guide columns, etc., to provide technical support for modular design and series product design of automotive components.

The parameterized design of the automotive gauge standard part design service platform is beneficial for reducing the project cycle time of gauge engineering.

The detection design adopts parameterized design. The design and construction of cars and components from the same car manufacturer are continuous. Different model specifications and updates usually use the same or similar structural design methods. In the detection design, create a database system for the detection design of vehicle component control modules, with the main parameter service platform being the detection data information of the vehicle control module. When designing similar products, the initial slope can be used to replace the updated initial sheet metal data information or construction data information, quickly completing modular design inspection design. The CNC lathe machining program flow can also be improved in design efficiency based on similar updated programming methods.

Standardized, integrated, and recyclable design reduces the manufacturing cost of inspection tools.

The integration of technical expertise has reduced the design difficulty of the system software for the fixture card mechanism manufacturer.

The high manufacturing cost of standard parts for automotive inspection tools is mainly due to the use of bulk orders for production, which have the characteristics of high precision in part production and high design difficulty. The complex design and programming of the gauge card plate mechanism by manufacturers are only used for the production of bulk orders and cannot generate large-scale production. According to the survey, the cost of designing gauges, programming, and changing order information exceeds 50% of the manufacturing cost of gauges. Large scale production reduces manufacturing costs and presents great opportunities for development.

The design and development of specialized tools for automotive parts testing require high-quality and creative engineering and technical personnel. The production and processing of specialized testing tools also have high requirements for employees' actual operational experience and professional skills, and the testing specialized tool project is discontinuous. Testing specialized tool companies often encounter the problem of working overtime for new projects and having no work when there are few new projects.