A high-precision probe crimping machine

Abstract

The invention discloses a high-precision probe crimping machine, which comprises a base mechanism, on which a pressing mechanism, a crimping mechanism and a pushing and positioning mechanism are respectively fixed. The pressing mechanism includes a slide cylinder, and the bottom of the slide cylinder passes through the Compression screws The fixed plate is fixed with compression screws; the crimping mechanism includes the lower pressure plate, the mold plate is fixed on the lower pressure plate, the cam is set outside the mold plate and can rotate around the axis, the center of the mold plate is provided with a core mold, and the mold plate There are three punching needles evenly arranged along the circumference, and the punching needles pass through the mold and are inserted into the core mold; the pushing and positioning mechanism includes a cylinder, which is connected with a cylinder joint, and the cylinder joint is connected with the cam, and a micrometer head is also provided for positioning Cylinder joint location. The crimping machine of the present invention is specially used for crimping precision probes, which greatly saves manual work in the processing link, not only improves the quality of crimping, but also greatly improves work efficiency, and has the advantages of Very good marketing prospects.

Description

Technical field[0001]The invention belongs to the technical field of probe manufacturing, and specifically relates to a high-precision probe crimping machine.Background technique[0002]High-end precision probe is a kind of micro connector with very wide application, which is widely used in aviation, aerospace, navigation, military, medical, microelectronics, optoelectronics and other fields.[0003]The structural features of high-end precision probes mainly include: needle tube, spring, needle, needle sleeve, etc.; manufacturing process includes pre-assembly, positioning, pre-compression, riveting / retracting / rolling notch / dotting, etc.; due to the small size of the product, At present, the pre-assembly and pre-pressing processes in the process also require manual operations and cannot be mass-produced. This not only affects production capacity, but also cannot guarantee product quality.[0004]Therefore, how to realize automatic equipment assembly line production and achieve the double i...

AI Technical Summary

Problems solved by technology

[0003] The structural features of high-end precision probes mainly include: needle tube, spring, needle head, needle cover, etc.; the manufacturing process includes pre-installation, positioning, pre-pressing, riveting / closing / rolling notch / dotting, etc.; due to the small size of the product, At present, pre-installation, pre-pressing and other processes in the process still need to be completed manually, which cannot be mass-produced, which not only affects production capacity, but also cannot guarantee product quality.

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