Our cnc machined mountain bike parts are designed to withstand the most demanding terrain. We focus on mtb suspension linkage manufacturing to eliminate the lateral flex common in cast parts. By using billet aluminum bike frame hardware and lightweight mtb linkage bolts, we provide components that are not only stronger but also significantly lighter. From high precision bicycle dropouts to shock brackets, every part is optimized for racing performance.
We utilize advanced multi-axis technology to produce complex custom bike frame components. Our 5-axis milled bike frame brackets ensure perfect alignment of pivot points, which is critical for suspension kinematics.
| Specification | Capability | Material & Finish Options |
|---|---|---|
| CNC Process | 5-Axis Milling, Swiss Turning | 6061-T6, 7075-T6, Titanium |
| Component Types | cnc suspension rocker arms, Dropouts | Hard Anodizing, Laser Etching |
| Tolerance | ±0.005mm (Bearing Seats) | 100% CMM Inspected |
Selecting the right material for custom mountain bike frame parts is essential for balancing durability and weight:
| Material | Key Benefits | Best For |
|---|---|---|
| AL 7075-T6 | Max strength, stiffest response | mtb suspension linkage & rocker arms |
| AL 6061-T6 | Corrosion resistance, versatile | Seatpost clamps, high precision bicycle dropouts |
| Titanium Gr.5 | Weight savings, high fatigue life | Pivot bolts, lightweight mtb linkage bolts |
We support the OEM bicycle frame accessories label program, allowing frame builders to integrate their brand identity directly into the hardware.
Q: Do you offer standard replacement custom bike frame components for major brands? A: We specialize in mtb suspension linkage manufacturing for OEM partners. However, we have ready stock for common cnc machined mountain bike parts like derailleur hangers and universal shock mounts.
Q: Is 7075-T6 mandatory for all cnc suspension rocker arms? A: While 6061 is cost-effective, we recommend 7075-T6 for high-leverage rockers to ensure the custom bike frame components do not flex under heavy landings.