PRECISION CNC SERVICES
Custom Titanium CNC Milling & Turning
On-demand manufacturing of highly complex titanium components. We combine simultaneous multi-axis milling, rigid live-tooling lathes, and raw material NDT verification to execute your absolute design tolerances.
Our Machining Specialties
We employ various advanced machining methodologies tailored specifically to prevent the deformation of titanium alloys during high-speed cutting.
Simultaneous 5-Axis Milling
- Ideal for: Curved bike yokes, stems, drone arms
- Advantage: Zero setup alignment stackup errors
Precision 3 & 4-Axis Milling
- Ideal for: Keyboard plates, cases, flat brackets
- Advantage: Optimized unit cost for flat designs
Live-Tooling CNC Turning
- Ideal for: Pedal spindles, wheel studs, custom bolts
- Advantage: Unmatched concentricity on round shafts
Metrology & Quality Control
Precision machining is nothing without precise verification. Here is our in-house dimensional inspection protocol.
3D CMM Metrology
Our lab houses state-of-the-art Coordinate Measuring Machines (CMM) to verify complex 3D profiles and geometric tolerances of curved, multi-axis milled yokes against your original CAD model.
Thread Go/No-Go Check
Every single internally or externally threaded titanium shaft undergoes microscopic deburring and manual go/no-go gauge checking to prevent any field-galling during product assembly.
Material PMI Testing
We run Positive Material Identification (PMI) using handheld XRF spectrometry scanners to prove the chemical composition of incoming Grade 5 and Grade 9 stock.
Technical Specifications
Our factory's extreme processing limits and dimensional control standards for custom titanium parts manufacturing.
| Parameter | CNC Milling Capabilities | CNC Turning Capabilities |
|---|---|---|
| Maximum Part Envelope | 800 mm x 600 mm x 500 mm | Ø 350 mm x 1000 mm (Length) |
| Tightest Tolerances | ±0.010 mm (Standard) | ±0.005 mm (Precision Bores) | ±0.008 mm (Standard diameter runout) |
| Surface Roughness (Ra) | Ra 0.4 μm to Ra 0.8 μm (As-Machined) | Ra 0.2 μm to Ra 0.4 μm (Super-Finished) |
| Min. Wall Thickness | 0.5 mm (Depending on geometry depth) | 0.4 mm (For thin-walled sleeves) |
| Thread Machining | Helical Thread-Milling (Anti-Galling profiles) | Single-Point Thread Turning / Live Tooling Tapping |
Engineering Case Studies
Real-world examples of how we optimized manufacturing methods and executed strict specifications for custom projects.
Bicycle Components
Integrated 5-Axis Chainstay Yoke
A boutique bike brand required a highly complex, lightweight chainstay yoke with organic curved internal clearances. We utilized simultaneous 5-axis titanium CNC machining services to machine it from a solid Ti-3Al-2.5V (Grade 9) billet in one setup, eliminating re-clamping tolerances.
- Material: Ti-3Al-2.5V Grade 9
- Tolerance achieved: ±0.010 mm
- Surface roughness: Ra 0.4 μm (As-Milled)
Motorsports & Racing
Custom Grade 5 Wheel Studs
A professional race team needed high-tensile titanium wheel lug bolts. To prevent catastrophic thread-galling under track temperatures, we implemented specialized thread-milling. This ensured clean, smooth thread profiles with zero micro-burrs.
- Material: Ti-6Al-4V Grade 5 (TC4)
- Tolerance achieved: ±0.008 mm (Runout)
- Surface roughness: Ra 0.2 μm (Super-Finished)
Custom Keyboards & Tech
Monolithic Titanium Keyboard Case
An artisan mechanical keyboard studio commissioned a heavy, solid titanium case with perfectly chamfered edges and flawless surface uniformity. We milled the monolithic case from aerospace-grade blocks, followed by consistent matte sandblasting.
- Material: Ti-6Al-4V Grade 5
- Tolerance achieved: ±0.020 mm (Flatness)
- Surface roughness: Ra 0.8 μm (Sandblasted)
Low MOQ
From 1 Prototype Piece
100% NDA Protected
Your Design IP is Secured
Precision Tolerances
Accuracy down to ±0.01mm
Global Delivery
DHL, FedEx & UPS Express
Factory Craftsmanship
How we transform raw titanium bars and tubes into high-precision, custom components. We control every technological parameter to ensure absolute structural strength.
Ultrasonic NDT & Crystalline Integrity
Metallurgy & NDT Inspection
Before any machining begins, our factory implements a strict Incoming Quality Control (IQC) protocol for all raw titanium bar and tube stock. As a certified titanium parts supplier, we verify metallurgy before cutting.
- Spectrometry Verification: Every batch is cross-referenced with its Mill Test Certificate (MTC) to guarantee that interstitial elements like oxygen and nitrogen fall well within specifications.
- Ultrasonic NDT Check: We conduct advanced ultrasonic testing of titanium bars to inspect for microscopic internal cracks, voids, or slag, preventing material fatigue under high cyclic loads.
Thermal Control & Ra < 0.4μm
Thermal-Controlled CNC Milling
Titanium is notoriously difficult to machine due to its poor thermal conductivity. To prevent warping, our custom titanium CNC machining services employ state-of-the-art thermal-milling methods.
- High-Pressure Coolant: By flushing 70-bar coolant directly through the spindle to the cutting edge, we suppress friction-induced heat, ensuring zero material warp on critical thin-walled features.
- Exceptional Finishes: Meticulous tool path control achieves an ultra-smooth roughness of Ra < 0.4μm, ensuring a level of precision in titanium parts manufacturing where bearing seats and press-fits align perfectly.
Simultaneous 5-Axis & Organic Curves
5-Axis Linkage Machining
High-end engineering designs often demand complex geometries. To eliminate cumulative clamping tolerances caused by manually flipping parts, we operate simultaneous 5 axis titanium CNC machining services.
- Single-Setup Milling: This multi-axis linkage capability allows us to mill complex, multi-angled components in a single setup, guaranteeing absolute coaxial alignment of bearing holes and mounting faces.
- Intricate Prototyping: Perfect for curved bicycle frame yokes, lightweight stems, and tech enclosures. We deliver rapid prototyping titanium parts with optimized weight-to-strength ratios.
Ultrasonic Clean & Thick EPE Isolation
Ultrasonic Degreasing & EPE Isolation
The final stage of workshop execution focuses on pristine surface preservation and transit safety. As a disciplined custom titanium parts manufacturer, we take packing to the next level.
- Ultrasonic Degreasing: Every finished part undergoes a multi-stage ultrasonic wash to completely strip industrial cutting fluids, oils, and micro-shavings, preparing the surface for immaculate custom anodized titanium components.
- Custom EPE Compartments: Each component is isolated in custom-cut, high-density EPE foam compartments and double-packed, guaranteeing zero metal-on-metal transit scratches or oxidation from salt air.
Custom Machining by Application
We don't just mill metal. We translate drawings into extreme titanium parts engineered for highly passionate communities.
Bicycle Components
Custom Keyboards & Tech
Motorsports & Racing
EDC & Lifestyle Gear
Why Creators & Engineers Trust CTP
We bridge the gap between complex 3D engineering designs and physical manufacturing reality, specializing in custom titanium machining.
Titanium Machining Experts
Titanium is hard and unforgiving. We utilize specialized tooling and slow, precise feed rates to prevent heat deformation and ensure flawless surface finishes.
Engineer-to-Engineer DFM
We review every STEP file manually. If your part features are overly expensive to mill (like deep internal sharp corners), we suggest structural design optimizations to lower your costs.
Strict IP & NDA Protection
Your 3D CAD models are your business. We treat your files with absolute confidentiality. We sign legal NDAs before you share any drawings and never share your custom designs.
Full QC & Tolerance Report
We measure twice. Before shipment, we perform strict vernier caliper and thread go/no-go gauge tests. Every package includes a clear QC dimension report and material certifications.
Our Custom Process
How we transform your raw 3D designs into physically flawless, high-end titanium components.
Upload CAD
Submit your STEP, IGES, or DXF files through our secure form, specifying tolerances and quantity.
DFM Review
Our engineers perform a Design for Manufacturability (DFM) check and quote within 24 hours.
Prototype
We machine 1-2 prototype samples for your validation and physical testing before mass production.
Mass Delivery
Upon approval, we run mass production under strict QC inspections and ship via express air cargo.
Materials & Capabilities
Advanced CNC machineries paired with deep knowledge in specialized titanium metallurgy.
Machining Services
| Manufacturing Process | Capabilities & Applications |
|---|---|
| 5-Axis CNC Milling | Complex Geometry Prototyping |
| CNC Lathe & Turning | Precise Cylindrical Turned Shafts |
| Titanium 3D Printing (SLM) | Lattice Structures & Bike Lugs |
| Premium Finishes | Anodising, Stonewash, Sandblast |
Materials & Metallurgy
| Titanium Grade | Properties & Applications |
|---|---|
| Ti-6Al-4V (Grade 5) | High structural load (TC4) |
| Ti-3Al-2.5V (Grade 9) | Ultimate thin tubing (TA18) |
| Commercially Pure Ti | Grade 1/2 Corrosion resistance |
| Mokuti / Timascus | Luxury visual layered patterns |
What Our Clients Say
Real engineering feedback from custom frame builders, performance tuning shops, and product designers worldwide.
Frequently Asked Questions
Find immediate, professional answers to key technical, quality, and commercial inquiries about our custom titanium services.
We accept standard 3D formats including .step, .stp, .igs, .iges, .sldprt, .ipt, .x_t, and .sat. For 2D engineering drawings with critical tolerance callouts, please provide .pdf, .dxf, or .dwg files.
Yes. We perform Positive Material Identification (PMI) using handheld XRF spectrometry on all incoming raw stock. Every shipment is accompanied by a certified Mill Test Report (MTC) conforming to EN 10204 3.1 stating exact chemical composition and mechanical properties.
Our MOQ is 1 piece. We understand that high-end engineering, custom bicycle builders, and tech enthusiasts require rapid prototyping and physical fitment testing before scaling to bulk production.
To prevent cold-welding and galling, we employ precision thread-milling instead of traditional thread tapping, ensuring smooth thread profiles with zero micro-burrs. We also offer passivated finishes and anti-galling PVD coatings.
For general CNC milling and turning, we consistently maintain ±0.01mm (±0.0004 in). For highly critical press-fit features, bearing bores, and shafts, we can achieve tolerances down to ±0.005mm depending on geometry.
We utilize microprocessor-controlled anodizing baths with 0.1V precision. This micro-voltage control ensures that complex anodized colors (such as oil slick, gold, or purple) maintain strict consistency across separate production batches.
Our engineering team performs a Design for Manufacturability (DFM) review on your CAD files and delivers a detailed, transparent B2B quotation within 24 hours.
Every order is inspected using 3D Coordinate Measuring Machines (CMM), digital micrometers, and thread go/no-go gauges. We provide a comprehensive QC dimensional inspection report and MTC with every delivery.
Yes, 100%. We sign legal, binding Non-Disclosure Agreements (NDAs) before you share any CAD files. All your drawings are stored on secure, offline servers and are never shared with third parties or reused.
We wash parts ultrasonically to remove cutting fluids, wrap them individually in custom-compartment EPE foam, and vacuum-seal them. We use correct HS-Code classifications on our invoices to ensure fast, tariff-optimized customs clearing.
Ready to Turn Your Drawings Into Titanium Reality?
Upload your 3D CAD files. Our professional engineering team will conduct a thorough design review and send you a detailed, competitive quote within 24 hours.
- 100% NDA Protected & Secure Servers
- Manual Quote & Free DFM Review Within 24h
- Flexible MOQ Supporting Prototyping (From 1 Piece)
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Deep dives into titanium metallurgy, precision multi-axis CNC machining, and high-performance design optimization.
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