Durable organic kitchenware cutter production process based on laser cladding and powder steel

Abstract

The invention discloses a durable organic kitchenware cutter production process based on laser cladding and powdered steel. The durable organic kitchenware cutter production process comprises cutter blank manufacturing and cutter blank forging, wherein the cutter blank manufacturing steps comprise: 1, pressing a cutter body wax mold body, taking out a wax cylinder from a heat preservation groove, and mounting the wax cylinder on a double-station hydraulic wax mold injection molding machine. According to the invention, through the manufacturing process, the woodworking cutter body which is high in hardness, high in toughness, resistant to high temperature and high in cutter body casting size precision can be manufactured while a large number of machine tool equipment and machining time are saved, metal raw materials are greatly saved, internal impurities can be forged out in cooperation with repeated hammer pressing and forging and borax, the impurities in the casting can be separated out through the rotation of the stirring rod, and finally, the casting is formed through a small air hammer type forging machine, wherein the cutter manufactured through the forging and pressing mode is pure in component and few in impurity, and a first-class cutter can be manufactured.

Description

technical field [0001] The invention belongs to the technical field of kitchen knife production, in particular to a durable organic kitchen knife production process based on laser cladding and powder steel. Background technique [0002] With the progress of human civilization, bronze knives, iron knives, steel knives, stainless steel knives, and even niche ceramic knives have appeared in human kitchens one after another. With the development of food culture, from simple cooking tools to It has gradually evolved into a household item with both practical and artistic value, and the classification and function of kitchen knives have become more and more refined. From the era when a single kitchen knife ruled the world, it has developed into the era of combined knives dedicated to today's knives. [0003] The traditional kitchen knife production method has the following defects: [0004] The corrosion resistance is poor, and the tool is easily corroded. The choice of tool mater...

AI Technical Summary

Problems solved by technology

[0006] The purpose of the present invention is to provide a durable organic kitchen knife production process based on laser cladding and powder steel, to solve the problem that the traditional knife production process has poor corrosion resistance, the knife is easily corroded, and the selection of the knife material has wear resistance (hardness) Contradictions with toughness (strength). Although traditional tool materials have high hardness, they are brittle and poor in toughness. Their application is limited. At present, many tools have more impurities and lower purity in the production process. The overall hardness is low, which affects the technical problem of the service life of the tool