Titanium Alloy High Precision CNC Milling Machine Parts Customized

Titanium Alloy High Precision CNC Milling Machine Parts Customized

 

CNC Turning

It is a CNC process where a cutting tool, a typically non-rotating component of the lathe or turning center, removes material from a rotating rigid material. This process produces different shapes and sizes depending on the turning operations used.

 

What is precision CNC machining?

CNC precision machining involves the process of cutting and molding raw materials to create parts with tight tolerances and complex geometric details. Computer aided design (CAD) and Computer aided Manufacturing (CAM) blueprints help guide the proper cutting process. These programs are essential in the design phase as they often contain detailed 3D Outlines to ensure successful construction of the part.

High-precision machining now plays an important role in manufacturing and requires the cooperation of highly skilled designers and engineers. Designers first create designs and then turn them into manufacturing instructions. The mechanic then sends the final coded instructions of the machine language to the CNC device to begin the manufacturing process.

In addition, some core areas require precision machining to produce components that are immediately functional and can be assembled well, such as surgical instruments, aerospace parts, automotive parts, optical parts, etc. The use of advanced precision machine tools in precision machining will facilitate the creation of complex parts with complex geometrics. A typical CNC machine can achieve tolerances of +/- 0.005 inches. However, when using CNC precision machining, tolerances of +/ -0.002 inches to +/ -0.0002 inches can be achieved.

Optical instrument, Automotive, Electronic device, Digital communication, UAV, Aerospace, Bicycle, Pneumatic tools, Hydraulic, Automatic Mechanical, etc