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Robot parts processing types and processing methods

Update : 2025-03-04

Robot parts processing types:

. CNC machine tool processing: including CNC milling machines and CNC lathes. CNC milling machines are suitable for the processing of flat and complex surfaces, while CNC lathes are suitable for the processing of rotary symmetric parts ‌


.‌3D printing: Building parts by stacking materials layer by layer. It is suitable for producing parts with complex geometry, especially for small series production and prototyping ‌


.‌ injection molding: molten plastic or metal through high pressure injection mold, suitable for mass production of simple shape plastic parts ‌


. Forging: through the pressure processing of metal, improve its strength and hardness, suitable for the manufacture of high strength and high durability requirements of parts ‌.


.‌ engraving and cutting: the use of laser cutting, EDM and other technology, suitable for precision parts and high-precision cutting ‌


.‌‌ EDM: by electrical pulse stripping material, suitable for high hardness, high precision parts processing ‌Seventh.‌ laser welding: The use of laser beam for precision welding, suitable for parts with high welding accuracy ‌


. Surface treatment: including electroplating, coating, spraying, heat treatment, etc., to improve the surface properties of parts, increase corrosion resistance, hardness and wear resistance ‌


The specific processing methods and application scenarios are as follows: ‌
  • ‌ Numerical control machining (CNC): suitable for high precision and complex shape parts production, suitable for metal and plastic materials ‌
  • 3D printing: Fast production of customized parts for complex geometry and small series production ‌
  • ‌ Laser cutting and welding: High energy laser beams for precise cutting and welding of metallic and non-metallic materials ‌
  • Injection molding: mass production of plastic parts to achieve high precision and consistency ‌
  • Electric discharge machining (EDM): suitable for hard materials that are difficult to be machined, to achieve high precision and complex shape processing ‌
  • Sheet metal working: includes cutting, bending and forming for the manufacture of sheet metal parts ‌
Together, these processing methods and types ensure the high precision, high strength and durability of the robot parts, meeting the complex working environment and functional requirements of the robot.