Oem titanium alloy cnc machining parts

Product Introduction 

OEM Titanium Alloy CNC Machining Parts — Precision Custom Titanium Components for High-Demand Applications

Baoji Huacan delivers oem titanium alloy cnc machining parts engineered to exact client blueprints, using Grade 2, Grade 5 (Ti-6Al-4V), Grade 9, and Grade 23 titanium alloys. 40+ high-precision CNC machines 10+ years of Titanium machining expertise With tolerance control up to ±0.005mm, every component is developed for crucial performance. Annual capacity: >1000 tons ISO 9001 certified.

Product Features

Parameter	Details
OEM/ODM Service	Available with NDA protection for confidential designs
Available Material Grades	Titanium Grade 2, Grade 5 (Ti-6Al-4V), Grade 7, Grade 9, Grade 23
Applicable Standards	ASTM, AMS, ASME, DIN (depending on material and product requirements)
CNC Machining Capability	3-axis, 4-axis, and 5-axis precision CNC machining
Machining Tolerance	Customized to drawing requirements; tolerances down to ±0.005 mm, subject to part geometry and machining conditions
Surface Finishes	As-machined, anodized, polished, sandblasted, and pickled
Supported Drawing Formats	STEP, IGES (IGS), DWG
Typical Part Types	Valve Bodies, Connectors, Brackets, Housings, and Structural Components
Surface Roughness	Ra 0.4–1.6 μm, depending on material, finishing method, and application
Manufacturing Specifications	Manufactured according to customer drawings and technical specifications
Typical Applications	High-Precision Mechanical Assemblies and Custom Industrial Equipment

Product Application

Aerospace & Aviation Turbine blades, aircraft structural elements, landing gear fasteners work under intense heat cycling (-50°C to 600°C) and high-G stresses. Grade 5 titanium is the typical option, because of its heat resistance and fatigue performance.

Medical & Biomedical Grade 23 is used for orthopedic bone screws , dental implant roots and spinal cages because of its biocompatibility and osseointegration . CNC accuracy allows for elaborate trabecular formations that imitate the porosity of bone.

Subsea & Marine Engineering: ROV housings, propeller shafts, and saltwater heat exchangers demand resistance to crevice corrosion and pitting in high-pressure chloride environments — a direct application for our oem titanium alloy cnc machining parts.

Factory Show

Titanium is technically difficult to manufacture. Its thermal conductivity is poor, so heat accumulates at the cutting edge, and it tends to gall on cutting instruments, thus conventional procedures are unsatisfactory.

Our team has 10+ years perfecting these problems. We have specific CNC machines and cooling systems for titanium only – thus there is no chance of iron or aluminum particles getting into the titanium and ruining the corrosion resistance.

You get parts that maintain dimensional integrity, surface quality, and material microstructure — exactly what critical B2B applications require.

Manufacturing Process

Production begins with raw material verification — all titanium inputs are chemically analyzed using spectrometers before entering the workflow.

The CNC processes include turning, milling, drilling and thread machining 5-axis CNC machining enables the cutting of complicated features such as internal channels, sealing surfaces and precise interfaces in one configuration.

Where needed, forging and precision forging are used upstream to optimize grain structure before CNC finishing. Secondary processes — deburring, surface finishing, and assembly — are completed before final inspection and shipment.

Receiving Drawings

Annealing

Developing Machining Process

Finish Machining

Preparing Raw Materials

Deburring

Rough Machining

Deburring

Manufacturing Capability

Baoji Huacan operates 40+ CNC lathes, machining centers, and gantry machining centers. Annual production capacity exceeds 1,000 tons of finished titanium components.

Upstream capabilities include vacuum arc remelting (VAR), plasma arc melting (PAM), and a 4,000-ton hydraulic press for precision forging — giving full traceability from ingot to finished part.

melting	melting	forging	forging	rolling

Quality Control

Every batch follows a multi-stage inspection protocol:

· CMM verification for GD&T compliance on complex geometries

· Surface roughness testing ensuring Ra values fall within 0.4μm–1.6μm

· Non-destructive testing (NDT): Ultrasonic testing and fluorescent penetrant inspection (FPI) detect internal flaws and surface cracks induced by machining stress

· Hardness testing confirms machining heat has not altered alloy temper

· PMI and chemical composition analysis for material traceability

· Pressure and leak testing available on request

Packaging & Shipping

FAQ

Q: Why does titanium CNC machining cost more than steel?

A：Titanium's abrasiveness rapidly degrades standard tooling. We utilize tungsten carbide and PCD tools with high pressure coolant systems. This raises operating expenses but assures the quality of the parts.

Q: How do you avoid distortion of thin wall titanium parts?

A: We use modest cutting pressures, step-down machining procedures and stress relief heat treatment between the roughing and finishing passes.

Q: What's the difference between Grade 2 and Grade 5 for OEM applications?

A：Grade 2 offers superior corrosion resistance and ductility — ideal for chemical processing. Grade 5 (Ti-6Al-4V) provides significantly higher strength for aerospace and structural applications.

Q: Can you produce small prototype quantities?

A：Yes. We support single prototypes through to long-term batch supply of the product. NDA protection is available from the first inquiry.

Q: What drawing formats do you accept?

A：We accept STEP, IGS, and DWG files. Our engineering team can also provide DFM (design for manufacturability) feedback to optimize your design.

Contact Us

Ready to Source Precision Titanium Components like oem titanium alloy cnc machining parts? Send your drawings to sherry@hc-titanium.com for a fast quote on custom titanium parts.