Ceramic shaver and manufacturing method thereof

Abstract

The invention discloses a ceramic razor and a manufacturing method of the ceramic razor. The manufacturing method includes the steps that a diamond grinding rod rotates along one side edges of ceramic bodies, and linear cutting edges are formed in the side edges of the ceramic bodies; a diamond sand wheel rotates on the surfaces of the ceramic bodies for the preset time; diamond sand wheels with the particle size ranging from PSA-35 micrometers to PSA-3 micrometers sequentially rotate on the surfaces of the ceramic bodies from the big particle size to the small particle size for the preset time, and the diamond sand wheels and the ceramic bodies are arranged at the angle ranging from 7 degrees to 10 degrees; the diamond sand wheels rotate in the direction parallel to the linear cutting edges; and the diamond sand wheels with the particle size being PSA-0.5 micrometer and the ceramic bodies are arranged at the angle ranging from 10 degrees to 14 degrees, and the diamond sand wheels rotate in the direction perpendicular to the linear cutting edges for the preset time. The ceramic razor manufactured through the method is not prone to rust and longer in service life and the cutting edges are sharper.

Description

technical field [0001] The invention relates to the technical field of blade production, in particular to a ceramic shaver and a production method thereof. Background technique [0002] Razor is a utensil for shaving beard, and current razor can be divided into three classes of safety razor, electric shaver and mechanical shaver by structure. Mechanical razors generally use blades to shave. The current blades are all made of steel, which has high hardness and is easy to use CNC machining. However, steel blades are prone to rust during use, especially when the razor is exposed to liquid substances, which accelerates the progress of the blade's rusting, and the blade sharpness of the steel blade is not enough, and the blade is almost lost after a long time of use. sharp condition. And ceramic material can be more sharp because of its blade, and not easy to get rusty, more and more are used in the knife, the technology that uses ceramic material to make razor has no report at...

AI Technical Summary

Problems solved by technology

However, steel blades are prone to rust during use, especially when the razor is exposed to liquid substances, which accelerates the progress of the blade's rusting, and the blade sharpness of the steel blade is not enough, and the blade is almost lost after a long time of use. sharp state

Ceramic materials are more and more used in knives because their blades can be sharper and not easy to rust. At present, the technology of using ceramic materials to make razors has not been reported.

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