CNC Precision Machined Components are parts that are made from a metal or plastic through a technology which is referred to as computer numerical control. These components are usually applied in areas, where high level of accuracy is wanted and parts geometries are complicated, like aerospace industry, car industry, manufacturing of medical equipment and instruments or robotics and other industries connected with high-precision manufacturing.

What are the advantages of CNC Precision Machining?

The principle benefit of CNC Precision Parts Machining is that it can establish good accuracy, high rate of replication, and intricate forms. Through programming of the tool paths and machine conditions it was found possible to reproduce component shapes and sizes to high specification. Moreover, CNC machining has versatility in terms of the materials it can work on which are aluminum alloys stainless steel titanium alloys plastics and among others hence is suitable in manufacturing of complicated parts and components.

CNC Precision Machining Parts are widely used in which fields?

Aerospace: Manufacture of structural components for airplanes and rockets, engine components, etc.
Automotive Industry: Manufacture of automotive engine components, transmission components, body structure parts, etc.
Medical Devices: Surgical instruments making and designing of implants, diagnosis equipment, etc.
Robotics: Production of robots’ joints, arms, actuators, and other important sub-assemblies.
High-end manufacturing: Subheadings: Production of precision tools and machine, molds and measuring instruments, etc。