How to purchase Diamond tools to manufacture linear crystallization knives? Several key points in selecting PCD tools for manufacturing.
CVD diamond high-precision plastic mold can be used for precision forming of chips, rivets, grinding wheels, diamond knife tolerance shafts, tungsten steel knife copper, magnetic materials, and other precision machining. Precision turning tools, reamers, diamond blades, precision lead screws, chucks, tool holders, etc.
CVD diamond small end milling cutter can expand the tool into chamfers of 0 ° -15 °, resulting in very precise workpiece accuracy.
CVD diamond small end milling cutter can be used for chamfering. During processing, grinding can be carried out from the cutter teeth (chamfer 3-5 °).
Parts made of chamfered metal, stainless steel, aluminum alloy, graphite, quartz glass, ceramics, etc. can be machined with a surface finish of up to Ra10 μ m。
CVD diamond large end milling cutter can be used for chamfering and forming processing. The precision of the processed workpiece can reach GB/T108.
CVD diamond large end milling cutters can be used for milling grooves for aluminum and copper, processing graphite and rock samples.
CVD diamond large angle end mills can be used for milling grooves for aluminum, with a conical disc that can quickly remove mold deposits and reduce surface burrs. Can be used for milling grooves for aluminum and copper. Diamond large end milling cutters can be used for processing deep holes, end milling planes, and ball head lines.
CVD diamond large head angle end mills can be used for fiber grooves, guide cone grooves, grooves or grooves, and end mills are used for processing large aperture internal threads.
CVD diamond large angle Swiss diamond two sided end mills can be used for milling grooves for aluminum. Diamond stool has high hardness, strength, wear resistance, and long service life. The substrate is the working part of the diamond grinding wheel. Has high wear resistance. Therefore, it is often used in contour end milling machines and surface finishing work.
At present, coated hard alloy tools are increasingly used for fine machining due to the significant difference in quality between the two corners, which are still of similar scale in foreign countries. Hard alloy cutting tools are mainly used for difficult to machine materials and manufacturing materials.
Compared to forming tools, powder metallurgy forming tools are sharper and have no cutting cracks. For many companies in the cutting tool industry working in the market to save materials, it is necessary to compare them comprehensively.
Compared to cubic boron nitride tools, silicon carbide tools have the best effect. Due to its brittle and hard texture, it will not break debris. Its grinding efficiency is high, and there are very few grinding tools used during grinding.
