Carbide is a very high hardness of the material, mainly used in
metal cutting cutting tool has been widely used. In the mechanical
processing industry, the mentioned alloy or tungsten steel is usually
referred to as such cemented carbide materials. The use of carbide
cutting tools can gain many advantages.
Carbide Tool Industrialization applied to metal cutting began in the 1930s. Since then, the cement has evolved into the most common tool material to date. The relatively small size of the tool is often made of solid carbide; non-solid carbide cutting tool only in the cutting area using carbide. Early non-monolithic carbide cutting tools tend to weld carbide to the blade body. By the 1940s, carbide tool manufacturers had begun to produce tools that clamped the switchable blade and benefited. Compared to earlier welding tools, this brain hole in the technological innovation and the use of mechanical clamping structure makes the higher strength of the tool; now has been recognized as a landmark invention, not only in the field of tool manufacturing , But also for the entire metal processing industry to bring advanced and efficient processing.
This ambitious progress for the manufacturing sector to open a broad space for improvement, and immediately improve the carrying capacity of the tool, making the tool has the ability to quickly remove metal. In addition to the blade due to wear failure or failure to replace the blade when the blade becomes more simple and cost-effective to make the cost of protection, but also makes it possible to manufacture cutting modules and knife body. The replacement of the blade often takes into account its shape, the rapid replacement of the failure of the cutting edge in several ways, in addition to the center line along the blade transposition, but also reverse the blade on the positive and negative situation. The term "indexable blade", which is now widely recognized by the industry, has also been called a disposable blade, a replaceable blade, a replaceable blade.
Carbide Tool Industrialization applied to metal cutting began in the 1930s. Since then, the cement has evolved into the most common tool material to date. The relatively small size of the tool is often made of solid carbide; non-solid carbide cutting tool only in the cutting area using carbide. Early non-monolithic carbide cutting tools tend to weld carbide to the blade body. By the 1940s, carbide tool manufacturers had begun to produce tools that clamped the switchable blade and benefited. Compared to earlier welding tools, this brain hole in the technological innovation and the use of mechanical clamping structure makes the higher strength of the tool; now has been recognized as a landmark invention, not only in the field of tool manufacturing , But also for the entire metal processing industry to bring advanced and efficient processing.
This ambitious progress for the manufacturing sector to open a broad space for improvement, and immediately improve the carrying capacity of the tool, making the tool has the ability to quickly remove metal. In addition to the blade due to wear failure or failure to replace the blade when the blade becomes more simple and cost-effective to make the cost of protection, but also makes it possible to manufacture cutting modules and knife body. The replacement of the blade often takes into account its shape, the rapid replacement of the failure of the cutting edge in several ways, in addition to the center line along the blade transposition, but also reverse the blade on the positive and negative situation. The term "indexable blade", which is now widely recognized by the industry, has also been called a disposable blade, a replaceable blade, a replaceable blade.
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