There are three types of non-standard tool structures: integral type, welding type and mechanical clamping type. The HRC55 end mill carbide tools manufacturer tells you that the overall structure is to make the cutting edge on the cutter body; the welding structure is to braze the cutter head to the steel cutter body; there are two mechanical clamping structures, one is to clamp the cutter head on On the cutter body, the other is to clamp the brazing cutter head on the cutter body. HRC55 end mill carbide tools manufacturers tell you that non-standard carbide tools generally use welded structure or mechanical clamping structure; non-standard ceramic tools all use mechanical clamping structure. The structure of various non-standard tools consists of clamping part and working part.

The clamping part and the working part of the non-standard tool of the overall structure are made on the tool body; the working part of the non-standard tool (tooth or blade) of the cog structure is embedded on the tool body. The working part of the non-standard tool is the generation and processing part of the chip, including the blade, the structure of the chip breaking or rolling, the removal or storage space of the chip, the channel of the cutting fluid, etc. HRC55 end mill carbide tools manufacturers tell you that some non-standard tools work in cutting parts, such as turning tools, planers, boring tools, milling cutters, etc.; some non-standard tools work in cutting parts and calibration parts, such as drills, reamers, inner surfaces Broaches and taps, etc. The function of the cutting part is to cut chips with the cutting edge, and the function of the calibration part is to polish the machined surface and guide the non-standard tool.
There are two types of clamping parts for non-standard tools, one with holes and the other with shanks. HRC55 end mill carbide tools manufacturers tell you that non-standard tools with holes are installed on the main shaft or main shaft of the machine tool by the inner hole, and the torque is transmitted by the shaft key or end key, such as cylindrical milling cutters, sleeve face milling cutters, etc. There are generally three types of non-standard tool holders: rectangular, cylindrical. Handle and tapered handle. Turning tools, planers, etc. are generally rectangular shanks; the taper of the conical shank bears axial thrust and transmits torque by means of friction; cylindrical shanks are usually suitable for small non-standard tools, such as twist drills and end mills, etc., and with the help of clamping The frictional force created in the process transmits the torque. Many non-standard tools with handles are made of low-alloy steel, while the working parts are butt-welded from high-speed steel.
HRC55 end mill carbide tools manufacturers tell you that since standard tools are used to cut various common metal or non-metal parts, when the workpiece is overheated and the hardness increases, or the workpiece is made of stainless steel, it is easy to stick to the tool, in some cases the workpiece The surface geometry is very complex, or the machining surface roughness requirements are high, and the standard tools cannot meet the machining requirements. The manufacturer of HRC55 end mill carbide tools tells you that in the process of processing, it is necessary to design the material, geometric shape and geometric angle of the tool, which can be divided into two categories: no special customization and special customization.