Precision Titanium Parts
Custom Titanium CNC Machining
Titanium combines low weight, high strength and excellent corrosion resistance. Send your drawing for material review, process planning and a transparent quote.
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Titanium Properties
Key Performance of Titanium
Titanium provides high mechanical strength at approximately half the density of steel, supporting lightweight and corrosion-resistant components.
Values vary by grade, product form and heat-treatment condition.
Titanium Grade Selection
Titanium Grades for CNC Machining
Select the grade by required strength, corrosion resistance, formability, fatigue performance and service environment.
Grade 1 · UNS R50250
Grade 1 Titanium
Commercially pure titanium · highest ductility among CP grades
Grade 1 provides the highest ductility and formability among commercially pure titanium grades, together with excellent corrosion resistance and weldability.
Material form and certification requirements are confirmed from the drawing before machining.
Machining Capability
Titanium CNC Machining Parameters
Final capability is confirmed from the grade, size, geometry, datum structure and inspection requirements.
Process Control
How We Control Titanium Machining
Stable titanium machining depends on coordinated tooling, cooling, workholding and toolpath control.
Cutting Tool Control
Sharp carbide tools reduce friction, built-up edge and premature wear.
Heat & Chip Control
Directed coolant removes concentrated heat and prevents chip recutting.
Stable Workholding
Rigid support controls vibration and protects thin walls and datums.
Staged Machining
Separate stages control stress release and final dimensions.
Cost-Saving DFM
Design Titanium Parts for Efficient Machining
A focused drawing review reduces tool wear, setup time and unnecessary finishing operations before production.
Heat Treatment
Controlled Properties After Machining
The treatment route is selected from the titanium grade, strength target, distortion risk and final dimensional requirements.
Titanium Projects
Custom CNC-Machined Titanium Parts
Turned, milled and multi-axis titanium components from functional prototypes to repeat production.
Quality Control
From Drawing Review to Final Inspection
Material, dimensional and surface requirements are identified before production and verified before shipment.
Drawing Review
Confirm grade, datums, tolerances, finishes and inspection requirements.
Material Verification
Check the specified titanium grade, condition and required certification.
Process Inspection
Monitor critical dimensions between stages to control accumulated error.
Final Inspection
Verify specified features with CMM, optical and precision measuring tools.
Titanium Machining FAQ
Project Questions
What are the challenges of CNC machining titanium alloys?
Low thermal conductivity concentrates heat at the cutting edge. High hot strength, chemical reactivity, work hardening and springback also increase tool wear, galling, chatter and dimensional variation.
Which titanium grade is best for machining?
Grade 2 suits corrosion-resistant general parts, Grade 5 provides higher structural strength, and Grade 23 serves medical and fracture-critical applications.
How can titanium machining costs be reduced?
Avoid unnecessary deep pockets, thin walls, sharp internal corners and full-part tight tolerances. Standard holes and clear datums also reduce setups and machining time.
Can titanium parts receive surface treatment?
Yes. Common options include polishing, bead blasting, titanium anodizing, PVD coating, dry-film lubricant and plasma nitriding.