Custom CNC machined titanium alloy in China for OEM buyers, engineering teams and equipment manufacturers that need dependable, dimensionally stable parts made from difficult-to-cut titanium grades.
We are a China-based custom machining workshop focused on titanium and titanium alloys. Every order is produced to customer drawings, from a single prototype component to repeat batch production of flanges, bushings, impellers, fittings and structural parts.
As a supplier of CNC machined titanium alloy in China, we combine CNC turning, multi-axis milling, drilling and tapping in one controlled production flow. Raw bar, plate or forging enters the workshop and leaves as a finished, dimensionally checked component, without repeated hand-offs between separate vendors.
Titanium machines differently from ordinary steel: it conducts heat slowly, work-hardens quickly and generates high cutting forces at the tool edge. Our tool paths, fixturing, coolant pressure and feed strategy are selected around those characteristics rather than copied from a standard steel program.
Four core processes run under one roof, so a CNC machined titanium part can be turned, milled, drilled and threaded in a single, traceable production route.
Slant-bed and precision lathe work on titanium bar, tube and forgings, including external and internal profiling, facing, grooving, cut-off and single-point threading.
Multi-axis milling covers everything from simple prismatic blocks to simultaneous five-axis curved surfaces such as centrifugal vane wheels and impellers.
Precision hole-making in solid titanium, including pilot holes, through holes, cross holes, angled holes and controlled deep-hole operations.
Internal and external threads produced by tapping, thread milling or turning, selected according to thread size, wall thickness and titanium grade.
Customers ordering CNC machined titanium alloy in China often reference different national standards on their drawings. The commercial designations below are routinely cross-referenced during material selection.
Equivalents shown are commercial cross-references used to support material selection. Chemistry, mechanical properties and acceptance criteria always follow the standard and specification named on the customer purchase drawing; when a drawing names two standards at once, the stricter requirement is treated as the governing one.
There is no forced minimum order quantity. The same tooling discipline and dimensional checks apply whether the order is a one-off CNC machined titanium alloy part from China or a scheduled multi-batch program.
Single machined components, first-article samples and design-iteration parts. Tool access, clamping and thin-wall behavior are proven on the real titanium grade before any repeat run.
Small lots for spares, maintenance stock, validation builds and custom machinery. Setup data and inspection records are kept so reorders repeat the same dimensions, not an approximate remake.
Repeating batches in the hundreds. Fixtures are optimized, operations are balanced and cycle times are stabilized to keep unit cost predictable as quantities grow.
Serialized repeat production with planned releases, dedicated fixturing and locked machining parameters, so every delivered batch matches the first approved sample.
Titanium is selected where strength-to-weight ratio, seawater and chloride corrosion resistance, or high-temperature stability decide the design.
Seawater-exposed flanges, valve internals, shaft components and mounting hardware made from TA2 and other commercially pure grades chosen for saltwater endurance.
Pump and valve bodies, nozzles, fittings and agitator parts for chloride and acidic environments where palladium-bearing grades such as TA9 or Grade 7 are specified.
Brackets, supports, actuator components and structural machined parts in TC4 / Ti-6Al-4V, where consistent material removal and tight feature control are essential.
Centrifugal vane wheels, impellers, compressor-related components and fluid-system parts that combine complex curved surfaces with demanding rotational balance.
Lightweight fasteners, suspension and valvetrain-related components, intake and exhaust-system hardware where titanium reduces reciprocating mass.
Locating bushings, sleeves, threaded fittings, custom shafts, jigs and machine sub-assembly parts built to customer drawings across all common titanium grades.
A fixed four-stage route keeps every CNC machined titanium alloy in China project predictable, from the first drawing review to protective packing.
Tolerances, thin walls, deep pockets, tool reach and thread specifications are reviewed against titanium machining behavior. Points that could distort the part are raised before metal is cut.
The grade and standard named on the drawing are matched to bar, plate or forging stock in the right size, with heat and lot information recorded against the order for full traceability.
Turning, 3/4/5-axis milling, drilling and tapping run in controlled setups with staged material removal, stress-relief-friendly sequencing and in-process dimension checks.
Finished parts go through 2D and 3D measurement, deburring, cleaning and protective packaging that guards precision threads and sealing surfaces in transit.
A selection of representative titanium components produced on customer drawings.
Production cells and measuring equipment used to turn titanium stock into verified finished components.
Organized production floor with dedicated titanium machining cells and controlled workholding.
Vertical milling centers handling prismatic titanium parts, pockets, faces and hole patterns.
Precision lathe work for round titanium components with controlled diameters and threads.
Simultaneous five-axis machining for impellers, vane wheels and continuous curved surfaces.
Optical profile projector for 2D dimensions, radii, angles and profile comparison.
Coordinate measuring machine verification of spatial dimensions, positions and true position.
Every part is produced strictly to the customer drawing and the accepted tolerance stack. Material grade, machine setup, cutting strategy and measurement results are recorded against the order, so a component ordered today can be reproduced identically in a repeat batch months later.
Whether the project is a single TA2 marine flange, a five-axis centrifugal vane wheel or a recurring program of TC4 machinery flanges, the same engineering discipline applies: understand the geometry, respect how titanium cuts, verify the dimensions and protect the finished surface before shipment.
For buyers sourcing OEM CNC machined titanium in China, this combination of multi-process capability, cross-standard grade knowledge and volume flexibility is what turns a difficult titanium drawing into a stable, repeatable supplied component.
A comprehensive reference guide for material properties, processing methods, and applications of common aluminum alloy grades used in CNC machining
| Alloy Series | Material Properties | Processing Methods | Surface Treatment | Typical Applications | Cost | Machining Tips |
|---|---|---|---|---|---|---|
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1100
Non-Heat-Treatable
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Low | Soft material, use light cuts; Prone to scratching, mind tool sharpness; Use sharp tools with positive rake angles |
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2024
Heat-Treatable
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High | Use coated tools; Control machining temperature to prevent deformation; Sharp tools with positive rake angles recommended |
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3003
Non-Heat-Treatable
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Low to Moderate | Low cutting forces needed; Ideal for thin-walled parts, handle gently; Use standard cutting tools |
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5052
Non-Heat-Treatable
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Moderate | Easy to machine; Suitable for anodizing after machining; Use standard cutting parameters |
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5083
Non-Heat-Treatable
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Moderate | Good machinability; Use standard cutting tools; Higher strength requires slightly more power than 5052 |
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6061
Heat-Treatable
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Moderate | Use standard cutting tools; Avoid high feed rates to prevent burns; Good for complex geometries |
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6063
Heat-Treatable
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Moderate | Easy to machine; Excellent for extrusion; Good surface finish with standard tools |
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6082
Heat-Treatable
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Moderate to High | Prefer rigid setups; Adjust cutting parameters for thick sections to prevent chatter; Use sharp tools |
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7075
Heat-Treatable
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High | Requires sharp tools; Use coolant to reduce heat; Handle with care to avoid stress corrosion; Higher cutting forces needed |
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7050
Heat-Treatable
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High | High cutting forces required; Use rigid machine setups; Carbide tools recommended; Adequate coolant essential |
We provide custom machined parts, 5-axis linkage CNC machining, and the design, production, and assembly of machinery and equipment.