Method for manufacturing detection equipment shell and universal detection equipment shell

Abstract

Provided is a method for manufacturing a detection equipment shell. Aluminum is adopted as a manufacturing raw material, and drawing and shaping are carried out through a drawing die; the cross section of the drawing die does not deform, the outer side of the drawing die is provided with air channel groove forming blocks used for forming of an air channel groove, and the air channel groove forming blocks are symmetrically disposed on the drawing die. According to the method for manufacturing the detection equipment shell, aluminum is adopted as the manufacturing raw material, drawing and shaping are carried out through the drawing die, the cross section of the drawing die does not deform, the outer side of the drawing die is provided with the air channel groove forming blocks used for forming of an air channel groove, and the air channel groove forming blocks are symmetrically disposed on the drawing die. The method has the advantages that universality of the equipment shell is improved, a shell die does not need to be redeveloped during updating of the equipment shell, and manufacturing cost of the equipment shell is greatly lowered. A universal detection equipment shell is manufactured in the method. By means of the method, production cost is reduced, universality is enhanced, and appearance uniformity is strong.

Description

technical field [0001] The present invention relates to the technical field of testing equipment, and more specifically, to a method for manufacturing a testing equipment casing and a universal testing equipment casing. Background technique [0002] In the field of testing equipment technology, as a well-known, testing equipment is generally designed to pursue the uniqueness of the product. In consideration of the use of different environments, it is often necessary for different models or types of testing devices. Its exterior structure has been redesigned. [0003] Once the appearance of the equipment changes, the mold for manufacturing the casing of the testing equipment also needs to be redesigned, so more molds are derived. The manufacturing cost of the mold is high, which is undoubtedly an invisible increase in the production cost of the testing equipment, and once the product is upgraded to ensure the continuity of its design, the appearance does not change much, but...

AI Technical Summary

Problems solved by technology

The manufacturing cost of the mold is high, which is undoubtedly an invisible increase in the production cost of the testing equipment, and once the product is upgraded to ensure the continuity of its design, the appearance does not change much, but the mold needs to be redeveloped, and the cost will further increase. Increase

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