6063 T5 Aluminum CNC Motorcycle Frame Parts Custom Color Drilled
Alloy Sheet Metal
What Parts of a Motorcycle Require CNC?
Many key components on motorcycles require precision manufacturing
processes such as CNC machining, turning, or milling to ensure
their accuracy, strength, and performance.
1. Engine related components
Pistons: require high-precision turning and milling to ensure
compatibility and sealing with the cylinder.
Cylinder head: Complex internal chambers and passages typically
require CNC machining.
Crankshaft: High precision turning and grinding to ensure balance
and durability.
Camshaft: requires precision turning and milling to control the
accuracy of valve opening and closing.
Engine casing: Complex shapes and cavities typically require CNC
milling.
2. Transmission system components
Gears: require high-precision milling and heat treatment to ensure
meshing accuracy and durability.
Clutch discs: precision turning and grinding to ensure flatness and
friction performance.
Transmission housing: The complex inner cavity and mounting holes
require CNC machining.
3. Frame and suspension components
Frame connectors: CNC milling is required to ensure installation
accuracy and strength.
Front fork tube: high-precision turning and polishing to ensure
surface smoothness and sealing.
Shock absorber components: precision turning and milling to ensure
the accuracy of the internal structure.
4. Brake system components
Brake disc: requires precision turning and grinding to ensure
flatness and braking effect.
Brake calipers: Complex cavities and oil passages typically require
CNC machining.
Brake pump body: precision milling and drilling to ensure sealing
and durability.
5. Wheel hub and bearing components
Wheel hub: CNC turning and milling are required to ensure matching
accuracy with tires and bearings.
Bearing seat: precision turning and grinding to ensure the
installation accuracy and durability of the bearing.
Advantages of CNC Machining Compared to Other Processes
| Feature | CNC Machining | Casting | Injection Molding | Stamping | Traditional Machining |
|---|
| Precision | Very High | Low | Medium | Medium | Medium |
| Complex Geometry | Excellent | Limited | Excellent | Limited | Limited |
| Production Speed | High | High | Very High | Very High | Low to Medium |
| Material Efficiency | High | Low | Medium | High | Medium |
| Initial Cost | Low to Medium | High | High | High | Low |
| Material Suitability | Wide Range | Limited | Limited | Limited | Wide Range |
| Production Flexibility | High | Low | Low | Low | High |
| Surface Finish | Excellent | Rough | Good | Medium | Medium |
| Environmental Impact | High | Low | Medium | Medium | Medium |
| Digital Integration | High | Low | Medium | Medium | Low |
| Typical Applications | Precision Parts, Complex Structures, Prototyping | Large Parts, Mass Production | Plastic Products, Consumer Goods | Sheet Metal Parts, Structural Components | Small Batch Parts, Repairs |
We Promise
Core advantages: Maintain technological innovation, continuously
invest in research and development, and maintain technological
leadership.
Quality Assurance: A strict quality control system ensures that
products comply with international standards.
Customer orientation: centered on customer needs, providing
customized services and technical support.
We will do our best to meet any requirements you make. If you send
us drawings, we can provide you with the best solution in a short
period of time, just to provide you with the best service and
products.
