CNC machined parts also known as computer-controlled machining parts, are components that are processed with high precision and efficiency using CNC machine tools. CNC machining technology is a technology that uses computer-controlled machine tools to process parts. It automatically controls the machine tool to perform various cutting, drilling, milling and other machining operations based on pre written programs. The core of CNC machining technology is digital control, which converts machining instructions into code that the machine tool can understand through computer software, thereby controlling the motion and machining process of the machine tool.
CNC Machined Parts are widely used in the following fields:
Aerospace field: used to manufacture engine parts, fuselage components, etc. for aircraft, satellites, and other aerospace spacecraft.
Automotive manufacturing field: used for manufacturing automotive parts, frames, body panels, etc.
Mold processing: CNC machining is an important technical means of mold processing, which can manufacture high-precision and complex shaped molds.
Precision machinery: fields that require high-precision processing, such as medical devices and precision instruments.
CNC Machined Parts have the following characteristics:
High precision: Through computer control, extremely high machining accuracy can be achieved.
High efficiency: With a high degree of automation, it can continuously process CNC machined parts, improving production efficiency.
Strong flexibility: By modifying the machining program, it can quickly adapt to the machining needs of different CNC machined parts.
Strong adaptability: It can process CNC machined parts of various materials and shapes, especially complex shaped parts.
The CNC Machined Parts machining process includes various machining methods, such as:
Tool centralized sorting method: Divide the process based on the tools used, reducing the inconvenience and positioning errors caused by tool changing.
Rough and precision machining sequencing method: CNC machined parts are first subjected to rough or semi precision machining, followed by precision machining to improve machining accuracy and finished product qualification rate.
Sorting method based on processing parts: first process the CNC machined parts plane and parts with lower precision requirements, and then process complex and high precision parts.