What is the difference between precision parts machining cnc machining?

Precision Parts Machining  CNC Machining Are Two Related But Somewhat Different Concepts.

Precision Parts Processing Refers To The Process Of High-Precision High-Quality Processing Of Parts. This Includes The Use Of Various Professional Mechanical Equipment, Tools Techniques To Process Parts That Meet The Specified Size, Shape Surface Requirements Through Cutting, Grinding, Drilling, Milling, Turning Other Methods. Precision Parts Processing Usually Requires Highly Skilled Operators High-Precision Measuring Tools To Ensure The Accuracy Quality Of Processing.

CNC Machining ( Numerical Control Machining ) Is An Automated Machining Technology That Uses A Computer Numerical Control System To Control Machining Machines For Machining. Through Pre-Programmed Machining Programs Control Instructions, CNC Machining Can Automatically Control The Motion Trajectory Of Machining Machines, The Feed Speed Of Tool Tools Other Parameters To Achieve Highly Precise Repetitive Machining Operations. CNC Machining Is Usually Performed Using CNC Machine Tools Including Milling Machines, Lathes, Drilling Machines, Etc.

The Difference Is That:

1. Scope: Precision Parts Processing Is A Broader Concept That Can Include Various Manual Mechanical Precision Processing Methods, While CNC Processing Is A Specific Automated Processing Technology.

2. Degree Of Automation: CNC Machining Uses Computer Numerical Control Systems To Achieve Automated Control, Which Can Achieve A Higher Degree Of Automation Precision, While Precision Parts Processing May Involve More Manual Operations Adjustments.

3. Processing Method: Precision Parts Processing Can Include A Variety Of Processing Methods Processes, CNC Processing Mainly Refers To Processing Operations Performed By CNC Machine Tools.

It Should Be Noted That CNC Machining Can Be A Method Of Precision Parts Machining, Which Can Achieve High-Precision Machining Of Precision Parts By Using Computer Numerical Control Systems CNC Machine Tools. Therefore, The Two Are Completely Mutually Exclusive, But Have Certain Intersections Overlaps.