Medical instrument case part inclined side cutting device

Abstract

The invention discloses a medical instrument case part inclined side cutting device. The medical instrument case part inclined side cutting device aims at solving the shortcoming of high polishing difficulty and high machine tool processing cost during inclined side cutting of case parts in existing medical case production processes. According to the technical scheme, the medical instrument case part inclined side cutting device comprises a frame, a guide mechanism, a driving device and a cutting tool bit, wherein the guide mechanism comprises a vertical guide face and can guide a case part to slide; the driving device is arranged on the frame; the cutting tool bit is driven by the driving device to rotate and arranged in an inclined mode and can penetrate the guide surface to for an inclined cut surface which is protruded from the guide surface. The medical instrument case part inclined side cutting device has the advantages of being simple in operation, low in cost and capable of facilitating inclined side cutting of the case parts.

Description

technical field [0001] The invention relates to the technical field of production and processing equipment for medical equipment shells, more specifically, it relates to a bevel cutting device for medical equipment shell parts. Background technique [0002] Medical equipment casings are generally made of ABS plastic or other types of plastics. During the manufacturing process of medical casings, the casing parts need to form gaps at the edges of the two casing parts when they are connected to facilitate filling of glue, or sometimes for Aesthetic requirements require the formation of bevels at the edges of the housing components. In the prior art, the beveled edge processing of the shell parts is either manually cut by the processor, or processed by a more precise machine tool. The former needs to rely on the experience of the processor and is difficult to process, while the latter is due to the The production does not require high precision and there is no need to use prec...

AI Technical Summary

Problems solved by technology

In the prior art, the beveled edge processing of the shell parts is either manually cut by the processor, or processed by a more precise machine tool. The former needs to rely on the experience of the processor and is difficult to process, while the latter is due to the The production does not require high precision and there is no need to use precision machine tools for processing. On the other hand, the selection of precision machine tools will inevitably increase the cost

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