Diamond Dovetail High-Gloss Milling Cutter

Zhongyeda's high-quality Diamond Dovetail High-Gloss Milling Cutter is a tool used for precision machining. The cutter head is usually made of diamond, including natural diamond or artificial diamond. Natural diamond is extremely hard and wear-resistant, and is the hardest substance in nature; artificial diamond has similar performance to natural diamond, relatively low cost, good crystal quality and stability, and can ensure that the tool remains sharp and stable during high-speed cutting and high-precision machining.

The cutter body is generally made of cemented carbide, with high strength and good toughness. It can withstand large cutting forces, provide stable support for the diamond cutter head, and ensure that the tool is not easily deformed or broken during the cutting process.

Accurate size: advanced manufacturing technology, strict dimensional accuracy control, key dimensional tolerances such as the tip radius and the cutter body diameter can be controlled within a very small range, which can meet the needs of high-precision machining and ensure that the processed dovetail groove is accurate in size and regular in shape.

Sharp edge: After fine grinding and polishing, the edge is extremely sharp. When observing the edge under a 1000x microscope, there is almost no chipping. It can achieve ultra-thin cutting, and the surface finish of the processed workpiece can reach a mirror effect without obvious knife marks and lines.

Excellent chip removal: The unique chip removal groove design and smooth chip removal can effectively avoid the accumulation of chips in the cutting area, reduce the scratches on the processing surface and the wear of the tool, and improve the processing efficiency and quality.

Mold manufacturing: In the manufacture of injection molds, stamping molds, etc., it is used to process dovetail grooves, sliders and other components, which can ensure the accuracy and surface quality of mold parts, make the opening and closing movement of the mold smoother, and improve the service life and production efficiency of the mold.

Aerospace: It is suitable for processing dovetail groove structures on parts such as blades and impellers of aircraft engines, meeting the requirements of high precision and high reliability of parts in the aerospace field, and ensuring the performance and safety of aircraft engines.

Electronic manufacturing: It can be used to process precision parts in electronic equipment, such as the shells and frames of mobile phones, computers and other electronic products. It can process high-quality dovetail grooves on materials such as aluminum alloys and copper alloys to achieve precise assembly of parts and improve the overall quality of electronic products.

Precision machinery: In the manufacture of various precision mechanical equipment, it is used to process dovetail grooves of transmission parts, connecting parts, etc. to ensure the accuracy and stability of mechanical movement and improve the performance and reliability of equipment.