Customized CNC machining parts

PRODUCT DETAIL

Product Overview

We focus on providing customers with high-quality customized CNC machining parts services. With advanced CNC machining technology and rich industry experience, we are able to accurately manufacture metal parts of various complexity levels according to the unique needs of our customers, meeting the strict requirements of different fields and application scenarios.

Processing capability and equipment advantages

1.Advanced CNC machining equipment

We are equipped with a series of high-precision CNC machining centers, including multi axis linkage machining centers. These devices have extremely high machining accuracy and stability, capable of processing complex surfaces, precise hole positions, and fine contours, ensuring that the dimensional and positional tolerances of parts meet extremely high standards.

The combination of CNC lathes and milling machines can meet the processing needs of parts with different shapes. Whether it is rotary parts or flat or grooved parts, they can be efficiently and accurately processed.

2.Wide range of machining dimensions

We have the ability to process both small micro parts and large industrial structural parts. The processing size range ranges from millimeters for small parts to several meters for large parts, providing customers with comprehensive solutions.

Diversity of Processing Materials

1. Metal materials

Aluminum alloys: such as 6061, 7075 and other series of aluminum alloys, have the characteristics of light weight, high strength, and good processing performance, and are widely used in the processing of structural components and casings in aerospace, electronic equipment and other fields.

Stainless steel: Made of 304 and 316 stainless steel materials, it has excellent corrosion resistance and is commonly used in the manufacturing of parts that require high hygiene and corrosion resistance, such as food processing, medical equipment, chemical equipment, etc.

Carbon steel and alloy steel: including 45 steel, Q235 carbon steel, as well as alloy steels such as chromium molybdenum steel and nickel chromium steel. Carbon steel has lower cost and moderate strength, while alloy steel can provide higher hardness, wear resistance, and toughness according to different alloy compositions, making it suitable for key components in fields such as mechanical transmission and automotive manufacturing.

Precision machining process

Programming and Design Optimization: Our professional engineering team will use advanced CAD/CAM software to program and optimize machining paths based on customer provided part drawings or concepts, ensuring efficient and accurate machining processes.

Rough machining and precision machining: During the machining process, rough machining is performed first to quickly remove excess materials, and then precision machining is used to achieve the final size and surface quality requirements. In the precision machining stage, small cutting amounts and high-speed machining parameters are used to ensure the smoothness and accuracy of the part surface.