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Home > Brake Caliper Components > Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
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Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications

Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications

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Product Description

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Basic Information

Model NO.
OEM
Standard
DIN, ASTM, GOST, GB, JIS, ANSI, BS
Material
Aluminum, Brass, Bronze, Copper, Hardened Metals, Titanium
Application
Metal Processing Machinery Parts, Aerospace, Medical, Automotive
Process
CNC Machining/Turning/Milling/Lathe
Quality Checking
Professional QC Stuff, Spectrograph, CMM
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Product Description

Lightweight 3D Printed Titanium Wheel Hubs, Brake Calipers and Components for Motorsport Applications
Titanium Wheel Hubs Brake Calipers Motorsport Components
Business TypeCNC turning/ milling/ drilling/ grinding/ EDM/ etc.
Tolerance+/-0.01mm ~ +/-0.001mm
MaterialsStainless Steel, Carbon Steel, Brass, Bronze, Aluminum, Magnesium Alloy, Plastic (PEEK, POM), Titanium (TC4)
Surface TreatmentPolishing, Anodizing, PVD, Plating, Heat Treatment
Drawing FormatSTEP, STP, GIS, CAD, PDF, DWG, DXF
Lead TimeSample: 3-7 Working Days; Mass Production: 7-45 days
C

Service Capabilities

Production Facility
Our facility spans 21,600 square meters, specializing in mold development, precision parts design, and OEM injection molding. We serve industries including 3C, new energy, semiconductors, aviation, and medical.
Key Equipment: 5-axis machining centers, turning-milling compounds, Mikron, Makino, and high-speed CNC centers.

One-stop Customized Service

Personalized Design

1. PERSONALIZED DESIGN

Manufacturing

2. MANUFACTURING

Cost Optimization

3. COST OPTIMIZATION

Testing

4. PARTS TESTING

Assembly

5. PARTS ASSEMBLE

Logistics

6. LOGISTICS

✓

Certifications

Certificates
ISO 9001:2015 Quality Management
ISO 13485:2016 Medical Devices
IATF 16949:2016 Automotive Parts
ISO 14001:2015 Environmental Management
ISO 45001:2018 Health and Safety
SGS Factory Audit Approval
System Certifications
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FAQ

Are you a manufacturer or trading company?
We are a direct factory with experienced engineers and a well-organized workshop.
How long can I get a sample?
Depending on your part geometry, samples are typically provided within 3-7 days.
What information is needed for a quote?
Please provide 2D drawings (PDF or DWG) and 3D drawings (STEP, IGS, or X_T) along with requirements for surface treatment and quantity.
Will my drawings be safe after sending?
Yes, we can sign an NDA before receiving your drawings and will not release them to any third party without permission.
What is the standard production lead time?
Mass production orders usually take 7-45 days, depending on quantity and part complexity.
How can I track the production progress?
We provide a detailed production schedule and send weekly reports with digital pictures and videos showing the machining progress.

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