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The VMT blog is dedicated to sharing our hard-earned knowledge in prototype manufacturing. We hope these articles will help you optimize your product designs and gain deeper insight into the world of rapid prototyping. Enjoy the read!
Get an Instant Quote All uploads files are safe and confidentialCNC machining, also known as CNC machining center, is the most popular and widely adopted CNC machining method by many CNC machining manufacturers, especially some machinery and equipment manufacturing companies.
The advantages of precision parts machining are small batch production, which can save time cost and material cost and accelerate the time to market of products. Small batch production is inseparable from the hand model.
First of all, CNC machining is suitable for most precision parts CNC machining in robotics, aviation, navigation, automotive, medical, industrial and other fields. CNC machining has high precision, fast efficiency and stable quality.
Strength and hardness of CNC machining parts material: In CNC machining, the harder the material to be cut, the greater the cutting force required, the greater the energy consumed, the greater the heat generated, and the faster the loss of the tool.
The main factors for the deformation of the communication cavity during the CNC machining process are the shape complexity, aspect ratio and wall thickness of the cavity; the rigidity and stability of the material.
Precision CNC machining has become a pillar of the manufacturing industry. More and more CNC machining manufacturers are adopting this form of machining in their operations. Although many CNC machining masters are accustomed to this form of CNC machining, not all of them know the logic behind it.
From metal materials to plastics, CNC precision machining products can be used in many kinds of materials. Each material has its own different characteristics, suitable for different kinds of CNC parts machining products.
In metal CNC machining, surface roughness defects seriously affect the quality of metal CNC machining, and the mechanism of surface roughness defects and the methods of eliminating roughness defects in various aspects are worthy of our in-depth study and continuous improvement.
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