Processing method of core parts of medical equipment capsule machine equipment

Abstract

The invention relates to a processing method for the core parts of a capsule machine for medical equipment, using a rectangular plate, positioning the left side and the rough surface on the upper surface, clamping the right side, and machining the inner cavity, teeth and four steps with a milling cutter Feet; positioned on the upper surface and the left side, clamped on the right side, the middle wire machined the teeth, and then processed the 30° slope on the left and right sides; positioned on the four-step foot and the upper surface, the left side and the right side Place a stopper on the surface to block the workpiece, grind the upper surface, and then rotate 180° to clamp and position again, process four step feet and the reference plane of the inner cavity; position with the processed upper surface and left side, clamp the step foot surface, and mill Rounded corners on both sides and fine hole threading hole, adjust the angle, process the inclined surface; position the upper surface and the left side, clamp the two step feet, wire cut the fine hole and tooth tip; the fitter taps and grinds and polishes the tooth tip, mirror reflection. Optimize the process, effectively concentrate the processing procedures, reduce repeated positioning and clamping in the finishing process, and improve processing accuracy.

Description

technical field [0001] The invention relates to a processing method for core parts of medical equipment capsule machine equipment. Background technique [0002] The structure of the core parts of medical equipment capsule machine equipment is relatively complicated, such as Figure 8a , 8b As shown, it mainly includes an inner cavity reference plane 107, four equal-height step feet 102, one D8 fine hole and ten equidistantly arranged teeth 108, etc., and the inner cavity reference plane is used as the matching surface of the part and the D8 fine hole. Locate the position of the part on the equipment, two M6 threaded holes are fixed with set screws, and four M6 threads are evenly distributed on the four equal-height step feet, which are used to fix the part. The core ten equidistant teeth are The feature that realizes the function of the part. [0003] The current general processing method not only needs to ensure the overall size and surface finish of the part, but also th...

AI Technical Summary

Problems solved by technology

[0003] The current general processing method not only needs to ensure the overall size and surface finish of the part, but also the position and shape tolerance of the tooth size, the concentricity of the fine hole φ8H7, the position of the tooth, the verticality, the parallelism, and the four The steps are on the same plane, there are many procedures in the processing process, and the repair rate is high, so it is difficult to guarantee the processing quality and processing efficiency

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