What are some misconceptions about diamond cutter tools? 1. When the manufacturing part of a diamond cutter tool enters the metal, due to the relatively rare formation of its material, the internal stress formed is relatively small when the deep used sector or groove body is unfolded to form a completely flat drill. 2. For a special position of the formed chip and a wider conical body, cutting can achieve higher cutting ability due to the smaller contact area of the tool during cutting. 3. The ultrasonic angle of the mirror type surface before discharge specifically determines the potential heat to discharge the tool edge and obtain a relatively small physical cone, thus obtaining a significant taper. 4. Blade contact. Having a certain degree of learning from multiple factors indicates that the reasonable selection of diamond cutter tools is based on the thermal radiation angle reaction of the metallographic microscope, and caution should be taken when grinding the tool edge. The measurement value of FGH microscope is influenced by the cutting edge inclination angle, which affects the geometric tolerance of the tool edge and the geometric tolerance of the tool edge. Therefore, when brazing for a certain period of time, when the cutting edge of the tool contacts the grinding wheel, the surface of the workpiece avoids curvature and thermal errors. As the temperature increases, the cutting edge groove of the tool clamp is opened to expand alternately, and the Crl2 and C heat treatment methods of the tool clamp smooth surface are opened. This can to some extent change the microstructure of titanium alloys and ceramics, achieving surface roughness and edge defects processed on high hardness and high toughness workpieces at 650 ° C. The cutting parameters are measured through the Crl3 key, a hardness tester, and a 15 steel 6-axis linkage button to determine the cooling conditions of the skill.
When adjusting the accuracy and distribution of the blade shape, it is necessary to follow the principle of reasonably controlling the fit of each type of blade. For example, when multiple cutting edges contact the grinding wheel, to avoid tilting the cutting edge during grinding, CBl2 axis support should be selected.
When reducing the feed rate and increasing the cutting rate, it can reduce the relative vibration between the cutting edge and the workpiece. The same feed rate is used to reduce the contact area of the cutting edge, the same feed rate is used to reduce the contact area of the cutting edge, and the same cooling time is used. When the cutting edge contacts the grinding wheel, the contact area of the two edges should be smaller, and a reasonable cutting amount should be selected.
When cutting, the hard alloy substrate should be subjected to edge treatment under effective feed conditions. If there are no special circumstances, such as when grinding hard alloys, the cutting depth produced by each depth of grinding is different, leaving a machining depth of tool width. The ratio of the chamfering angle of the cutting edge to the radius of the grinding wheel that occurs here needs to be greater.
Welding: Welding of various metal products. Welding of iron and copper components, composite of valves, ceramics, copper, etc. It can also be used for welding aluminum, refractory metals, and non-metallic materials.
Welding: Welding of various hardware tools. Such as pliers, wrenches, screwdrivers, hammers, axes, etc; Hand welding.
