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Aerospace titanium CNC machining is a specialized precision fabrication method tailored for titanium’s unique high tensile strength, low density and high-temperature resistance properties. Optimized high-pressure cooling cutting parameters and dedicated coated tooling enable one-setup production of intricate parts ranging from aircraft thin-wall casings to engine turbine blades with varied curved and hollow geometries. By restraining thermal softening and reducing repeated clamping errors, this process delivers tight dimensional accuracy and premium fatigue-resistant surface finish for aviation, space launch, new energy and marine offshore manufacturing sectors.
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Grade 5 Titanium CNC Machining is our core premium machining service focused on Ti-6Al-4V alloy, the most widely used high-strength titanium material for high-temperature and high-load industrial scenarios. Our factory is equipped with dedicated heavy-duty 5-axis CNC machining centers and low-vibration turning lathes optimized for Grade 5 titanium’s hard cutting characteristics. Certified ISO 9001:2015, we produce ultra-reliable titanium alloy prototypes and mass production parts with tight tolerances, excellent fatigue resistance and long-term anti-corrosion performance.
Ti-6Al-4V Grade 5 titanium owns high tensile strength, low density and outstanding heat resistance, but it generates severe cutting heat during processing. Our mature CNC machining technology eliminates thermal deformation and tool abrasion issues. We provide full-cycle integrated manufacturing solutions: material matching, stress-relief processing, multi-axis precision cutting, specialty surface finishing and full dimensional inspection for all Grade 5 custom titanium components.
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• Optimized Ti-6Al-4V Cutting Technology: Custom low-speed heavy-feed cutting parameters with high-flow cooling system, tolerance control down to ±0.003mm for critical load-bearing parts.
• Stress-Relief Processing Available: Built-in stress relief procedures to avoid post-processing deformation for large thin-wall aerospace titanium structures. • Stable Grade 5 Titanium Raw Material Supply: Batch Ti-6Al-4V bars, sheets and forgings in stock, every batch accompanied by complete MTR chemical composition and mechanical test reports.
• High Mass Production Stability: Uniform fixture positioning and fixed CAM tool paths ensure consistent mechanical performance and dimensional accuracy for thousands of alloy parts.
• All-Inclusive Custom Manufacturing Service: Free drawing optimization, stress relief heat treatment, aerospace-grade anodizing and full 3D CMM scanning inspection.
• Flexible Order Support: Zero MOQ, 1pc sample order acceptable; urgent prototypes finished within 48 hours, mass batches delivered strictly on schedule.
| Item | Technical Parameters |
| Machining Equipment | 5-Axis Simultaneous CNC Milling, Heavy-Duty CNC Turning, Mil-Turn Composite, Deep Hole Precision Machining |
| Tolerance Range | Standard: +0.02mm; High Precision: +0.005mm; Ultra-Critical Precision: +0.003mm |
| Surface Roughness | Ra 0.2um Ra 6.3um (Aerospace fine polishing, medical electropolishing optional) |
| Applicable Materials | Ti-6Al-4V Grade 5 Titanium Alloy, Titanium Alloy Forgings, Grade 2 Pure Titanium for auxiliary parts |
| Max Processing Size | Milling: 1000x700x500mm; Turning: Diameter s280mm, Length <480mm |
| Acceptable Design FilesSurface | CAD, STEP, IGS, STL, DWG, DXF, PDF |
| Finishing OptionsQuality | Hard Titanium Anodizing, Medical Passivation, Electropolishing, Sandblasting, Heat Stress Relief Treatment |
| Certifications | ISO 9001:2015, CMM Full 3D Scanning, Hardness Test Report, MTR Material Certificate, Salt Spray Test Data |
| MOQ & Lead Time | No MOQ Limit; Sample Prototype: 1-3 Days; Small Batch: 5-7 Days; Mass Production: 7-15 Days |
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Each production link strictly controls cutting temperature and internal stress to guarantee high strength, lightweight property and zero-deformation precision of Grade 5 titanium finished components.
1. Drawing Analysis & DFM Titanium Optimization: Senior mechanical engineers evaluate load-bearing structure, thin-wall thickness and heat generation risks, provide free lightweight and cost-saving optimization suggestions for Ti alloy parts.
2. Grade 5 Titanium Forging/Bar Cutting: Select certified Ti-6Al-4V raw materials, test tensile strength and chemical composition, cut blanks to standard sizes for stress control.
3. Specialized Ti Alloy CAM Programming & Heat Simulation: Programmers design low-heat tool paths for hard titanium alloy, run full virtual simulation to eliminate tool abrasion and thermal expansion deviation.
4. Low-Heat 5-Axis CNC Machining: Heavy-duty 5-axis equipment with high-pressure coolant completes multi-angle contour and deep-hole processing to suppress workpiece heat buildup and elastic deformation.
5. Stress Relief & Precision Deburring: Optional heat stress relief treatment plus ultrasonic fine deburring to eliminate internal residual stress and micro sharp edges.
6. Aerospace/Medical Custom Surface Treatment: Hard anodizing, medical passivation and electropolishing to improve wear resistance, biocompatibility and anti-corrosion performance.
7. Full Hardness & Dimensional Quality Inspection: Conduct 3D CMM full contour scanning, hardness testing and salt spray aging test, issue integrated official quality inspection documents.
8. Vacuum Anti-Tarnish Packaging & International Logistics Delivery: Vacuum anti-oxidation film + shockproof foam packaging, pre-shipment recheck, support global sea freight, air freight and door-to-door express delivery.
Our Grade 5 titanium alloy CNC machined load-bearing components serve top-tier high-tech global manufacturers:
• Aerospace & Spaceflight: Aircraft engine turbine accessories, rocket lightweight structural frames, landing gear small precision fittings
• Medical Implant Industry: Orthopedic fixation plates, spinal fusion implants, titanium surgical tool handles
• High-Performance Racing Automotive: Motorsport lightweight wheel hubs, high-temperature engine valve components
• Marine Corrosion-Resistant Equipment: Offshore underwater robot structural shells, seawater pipeline connectors
• High-Temperature Precision Machinery: Chemical equipment corrosion-resistant fixtures, high-temperature sensor housings
1. Why is Grade 5 titanium harder to machine than ordinary metals?
Ti-6Al-4V has low thermal conductivity, most cutting heat stays on the workpiece, leading to work hardening and rapid tool wear; we adopt special cooling and cutting parameters to solve this problem.
2. Can you add stress relief heat treatment for large thin-wall titanium parts?
Yes, we provide professional stress relief processing after rough machining to effectively reduce deformation during finishing and long-term use.
3. Can you supply hardness and tensile strength test reports for Grade 5 titanium parts?
We can provide complete mechanical performance test reports including hardness, tensile strength and elongation upon customer demand.
4. How long is the lead time for mass Grade 5 titanium alloy orders?
Small mass batches take 5–7 working days, large mass production 7–15 days, and we support rush production for urgent aerospace projects.
5. Do you accept small batch custom Grade 5 titanium components?
We welcome all order sizes, including single prototype samples and small-batch high-precision Ti alloy custom parts.
Submit your 3D design files, mechanical performance requirements and surface finish standards today. Our professional technical team will prepare a competitive factory quotation and free DFM optimization report within 24 hours. We deliver high-strength lightweight Grade 5 titanium CNC machined alloy parts with stable mechanical performance and punctual delivery to support your high-end industrial global business.
To empower innovators by delivering machined components of exceptional precision and quality, enabling our partners to build superior products and advance their industries.
South Wangjiazhuang Village,Daxin Town,Jimo,Qingdao,Shandong,China,266229
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