Grade 5 Titanium (Ti-6Al-4V) CNC Turning
Precision Grade 5 Titanium Turning Services for Complex Components
Grade 5 Titanium offers an exceptional strength-to-weight ratio and outstanding corrosion resistance, making it essential for aerospace, medical device, and energy applications. However, its low thermal conductivity and tendency to gall make it notoriously difficult to machine.
At AXALLOY Precision, we specialize in Grade 5 titanium turning. We support international engineering and procurement teams by transforming complex designs into functional prototypes and controlled, low-volume production batches. Rather than relying on trial and error, we evaluate material behavior, geometry, and tolerance requirements upfront to define a stable machining process.
What You Gain from Our Titanium Machining Process
When you partner with us for your titanium components, we focus on manufacturability and process control so you receive parts that work exactly as intended in your assembly.
Stable Tolerances Without Dimensional Drift
Titanium generates immense heat at the cutting edge, which causes rapid tool wear and dimensional variations. We utilize high-pressure coolant strategies and rigid workholding to manage thermal expansion. This allows us to hold diameter tolerances down to ±0.005 mm and concentricity down to 0.008 mm consistently across your entire batch.
Fewer Setups for Complex Geometries
If your rotational parts require off-center holes, flats, or complex threading, moving them between different machines introduces alignment errors. We utilize advanced mill-turn centers with main and sub-spindles, Y-axis, and live tooling. By completing complex titanium parts in a single setup, you receive components with superior feature relationships and tighter positional tolerances.
Risk Reduction Through DFM Feedback
Before cutting any expensive titanium bar stock, our engineering team reviews your 2D drawings and 3D models. If we spot features that risk tool deflection or cause unnecessary machining time, we provide direct Design for Manufacturability (DFM) feedback to help you optimize the design and reduce unit costs.
Flawless Surface Integrity
Poor machining of titanium can leave built-up edges or micro-cracks on the surface. We carefully control cutting speeds and feed rates to deliver standard machined finishes of Ra 1.6 μm, and precision finishes down to Ra 0.8 μm, ensuring your parts meet strict fatigue-life and sealing requirements.
How Predictable Lead Times Protect Your Schedule
We don't just promise "fast delivery." Machining difficult alloys often leads to scrapped parts and unexpected delays when handled by unequipped suppliers. This disrupts your assembly line and pushes back your product launch.
By applying proven cutting parameters specifically developed for Grade 5 titanium, we remove the guesswork from the production cycle.
10–20
Standard lead time (business days)
5–10
Prototype lead time (business days)
Your procurement team receives a realistic, dependable delivery date. You get your components on time, allowing your engineering team to proceed with design validation and testing exactly as scheduled.
We Machine a Wide Range of Titanium Components
- Precision shafts and sleeves for aerospace actuators and drive systems
- Nozzles and valve parts for energy and fluid handling applications
- Medical fittings and implants requiring biocompatibility and precision
- Complex threaded fasteners for high-stress structural assemblies
Grade 5 Titanium Turning Capabilities
Our machining centers are configured to handle demanding titanium components across a broad range of sizes, complexities, and production volumes.
| Parameter | Standard Capability |
|---|---|
| Machining Configuration | 2-axis CNC turning, Swiss turning, and multi-axis Mill-Turn |
| Maximum Turning Diameter | Up to Ø500 mm (CNC Turning) / Ø400 mm (Mill-Turn) |
| Maximum Turning Length | Up to 1,000 mm |
| Bar Capacity | Ø32 mm (Swiss) / Ø65 mm (Mill-Turn) / Ø80 mm (CNC Turning) |
| Diameter & Turning Tolerance | Down to ±0.005 mm |
| Concentricity | Down to 0.008 mm |
| Roundness | Down to 0.005 mm |
| Minimum Machined Diameter | Ø0.5 mm (Swiss) / Ø1.0 mm (CNC Turning) |
| Minimum Thread Size | M0.8 (Swiss) / M1.0 (Standard) |
| Surface Finish | Standard Ra 1.6 μm / Precision down to Ra 0.8 μm |
| Supported Operations | Turning, facing, grooving, single-point threading, boring, cross-drilling, tapping, and off-center milling |
| Production Volumes | Prototypes (1–20 parts), Low-Volume (20–500 parts), Batch (500–10,000+ parts) |
Verifiable Quality and Full Traceability
For critical industries, a dimensionally accurate part is only half the requirement; the documentation must be equally precise. Our quality team operates in a temperature-controlled inspection room equipped with calibrated CMMs (Accuracy up to 1.8 + L/300 μm) and optical measurement systems.
When you receive your titanium components, you will also receive the exact documentation your quality managers require to verify compliance:
Material Test Reports (MTR) / Mill Test Certificates for full material traceability
First Article Inspection (FAI) Reports to validate the initial setup
Full Dimensional Inspection Reports and Ballooned Drawings
Certificates of Conformance (CoC)
Start Your Titanium Project Today
If you are facing technical challenges with complex geometries, tight geometric tolerances, or require a reliable supply chain for your Grade 5 titanium turning projects, we are ready to evaluate your requirements.
Request a Quote (RFQ)
Send us your complete 2D drawings (PDF) and 3D models (STEP, IGES, SLDPRT), along with your expected quantities and required documentation. Our engineering team will review your project and provide a detailed, actionable quotation.
We support file uploads up to 500 MB per RFQ. Both Metric and Imperial drawing units are accepted.
Get a Detailed QuotationSubmit Your Grade 5 Titanium RFQ
Send us your drawings and specifications. Our engineering team responds with a detailed quotation and DFM feedback within one business day.