With the development of the automobile industry, some gages are now used more and more. Gauge reference blocks are used in the detection parts those advantages.

In the production process of the reference block of the inspection tool, it is possible to quickly judge whether the product is qualified, which is impossible for traditional instrument inspection products. In addition to these, it can actually save a lot of testing time. Traditional instrument testing products need to be programmed first, then positioned, and then the product is mainly tested according to the program. After the test, the product is reported, and then the analysis report is qualified, which can quickly judge whether the product is qualified. Use tools such as general gauges, calipers, and cross-section gauges to judge whether it is qualified . Now there are more and more manufacturers of gauge reference blocks. Its inspection tool reference block processing technology has obvious advantages in the modern mold manufacturing process, which can improve production efficiency and control quality, and is suitable for mass-produced products.

Gage Datum Block Stampings individually check many major hole and flange requirements. In the design of the reference block of the inspection tool, a boss with a thickness of about 1mm is usually added to the surface. The base of the boss is on the same axis as the base of the workpiece hole, so that its diameter is 5mm larger than the hole diameter, and the double-line method is used for inspection. When the accuracy of the measured hole is relatively high, the method of selecting the positioning hole is checked with a plug gauge and a bushing. In addition, in the design of its bottom plate assembly, the surface is stretched for a certain distance along the direction of the reference plane on the detection surface, so that the thickness of the low point is greater than 150mm, so as to ensure that the detection surface has sufficient strength. The detailed bottom surface, which is the upper surface (base surface) of the floor assembly, is at integer positions in the body coordinate system. The inspection platform assembly is generally composed of a bottom plate, a channel steel (if necessary, a steel beam is processed in the middle), a positioning block and a universal wheel. After the bottom plate is fixed by the test body, other components can be selected according to the actual situation.