High-Precision ±0.005mm Turning
PCNC Turning Parts is renowned for its exceptional high-precision
turning technology, capable of achieving tight tolerances of
±0.005mm. This precision ensures component stability and
consistency in high-end manufacturing, particularly in industries
with stringent dimensional and fit requirements, such as aerospace,
medical devices, and precision electronics. This high precision not
only improves product performance but also effectively reduces
errors and scrap during subsequent assembly.
Product Specifications
| Parameter Name | Value |
|---|
| Tolerance | ±0.005mm |
| Processing Method | CNC Turning |
| Material Options | Aluminum alloy, stainless steel, brass, etc. |
| Surface Roughness | Ra0.8 - Ra1.6 |
| Processing Diameter Range | φ1mm - φ300mm |
| Processing Length Range | ≤ 500mm |
| Minimum Order | 1 piece |
| Processing Speed | High-speed precision turning |
| Inspection Method | Coordinate Measuring, Projection |
| Applications | Aviation, Automotive, Electronics, Medical |
Aluminum Alloy CNC Turning Parts
Aluminum alloy is a commonly used material for CNC turning parts,
offering lightweight, high strength, and excellent corrosion
resistance. CNC turning can produce complex shapes and
high-precision parts from aluminum alloy. Its advantages include
excellent heat dissipation and surface finish, making it widely
used in electronic housings, precision brackets, and various
structural components. Furthermore, aluminum alloy's high
machinability enables efficient production while maintaining
consistent quality.
Anodizing and Hard Anodizing
Anodizing is often used to enhance the wear resistance and
appearance of aluminum alloy CNC turned parts. Conventional
anodizing forms a dense oxide film, resulting in a variety of
colors and an aesthetically pleasing surface. Hard anodizing, on
the other hand, further enhances the hardness and corrosion
resistance of parts, making it suitable for applications requiring
high friction, high temperatures, and harsh environments. Both
processes not only provide parts with enhanced protection but also
extend their service life.
Automotive CNC Turning Parts
CNC turned parts play a key role in the automotive industry. Many
engine parts, transmission components, and precision connectors
rely on high-precision turning processes. CNC turned parts ensure
stable performance over extended periods of operation, effectively
improving vehicle safety and durability. Furthermore, anodizing or
other surface treatments can further enhance corrosion resistance
and mechanical strength, meeting the automotive industry's
stringent requirements for high-quality parts.
