Each bar or billet is matched to its mill certificate and heat number before cutting, so every titanium or nickel-alloy lot traces back to its melt.
Divine Precision
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Divine Precision
One Gr.5 prototype, heat-traced, quoted within one business day. Titanium CNC machining in Gr.2 and Gr.5, plus Inconel machining in high-nickel alloys, made to your drawing.
Limits for each alloy are confirmed at quote, together with DFM feedback on your drawing and the CNC machining setup it needs. Send your drawing to start.
| Dimensional Capability | |
|---|---|
| Diameter | 3–65 mm bar stock; up to 200 mm for billet work |
| Maximum length | 200 mm billet, L/D per drawing |
| Titanium tolerance | As turned ±0.01 mm; after grinding ±0.005 mm, per drawing |
| Inconel tolerance | Set per drawing and alloy condition at quote |
| Surface finish | Ra 0.4 µm on request |
| Features | M1.6–M36 and UNC/UNF threads, cross holes, flats, grooves |
| Ordering | |
|---|---|
| Minimum order | 1 piece |
| Prototype lead time | 2–3 weeks typical, confirmed per quote |
| Production lead time | 4–6 weeks typical, confirmed per quote |
| Files | STEP or IGES model plus 2D drawing with GD&T |
| Packing | VCI film, anti-rust oil |
Each bar or billet is matched to its mill certificate and heat number before cutting, so every titanium or nickel-alloy lot traces back to its melt.
Before the run begins, the first part is checked on a CMM against your print. You receive the FAI report and release production by approving it.
In-process sampling per AQL tracks dimensions through the run, so drift from tool wear on tough alloys is caught before it reaches the lot.
Critical dimensions and visual condition are verified lot by lot. A titanium or nickel-alloy shipment arrives with its heat-number paperwork and a measurement record, so your receiving team can tie parts to their melt. Parts go out packed in VCI film and oiled for sea freight.
Typical prints: instrument components and fasteners, made under the ISO 9001 quality system with full traceability. See Precision Machined Medical Parts or the Medical overview.
Typical prints: Gr.5 joint shafts and gripper fingers, where low mass and stiffness both count. See Robotics & Automation.
Typical prints: brackets and fasteners for weight-sensitive, heat-exposed assemblies. See Automotive & EV.
Typical prints: Inconel and titanium shafts and fittings for corrosive or high-temperature service. See Industrial.
Typical prints: light, durable frame parts and fasteners for premium devices. See Consumer & 3C.
Typical prints: corrosion- and heat-resistant hardware for energy systems. See New Energy.
Titanium cuts slower and wears tools faster than steel, which shapes cost and lead time.
Ask a QuestionUsually more than aluminium or steel, because cutting is slower, tools wear faster and the raw material costs more. Geometry, tolerance and quantity drive the final price, so each drawing is quoted individually.
Not compared with aluminium or free-cutting steel. It needs rigid setups and controlled heat. Feasibility, achievable tolerance and lead time for your part are confirmed at quote, based on the drawing.
Titanium flexes under cutting load, so thin walls deserve early review. We give DFM feedback on wall thickness before quoting, and the CMM first article confirms dimensions before production. Complex geometry can use 5-axis milling for titanium housings.
Ti Gr.2 and Gr.5 are the standard titanium grades. Inconel and other high-nickel alloys are quoted per grade, so state the exact alloy and supply condition on your drawing.
The minimum order is one piece. Prototypes typically take 2–3 weeks and production runs 4–6 weeks, with the final lead time confirmed on your quote.
Yes. Each titanium or nickel-alloy lot is tracked by heat number from the incoming bar to the finished part, and the mill certificate can be matched to the parts you receive. FAI and PPAP packages are available on request.
Made-to-print turned parts and precision turned components from our Hong Kong and Dongguan facilities, one piece to 100k+ per run, in aluminium, stainless steel, brass and steel.
Machined contacts for connectors and sensors, Swiss-turned in volume, with the mating diameter ground to ±0.005 mm. Send your drawing and the first pieces can ship in 3 days.
Custom hydraulic fittings, adapters, plugs and valve bodies machined to your drawing, from one piece. Send your drawing and get a reply within one business day.
Made-to-print port housings and rings for pressure, transducer and oxygen sensors, with sealing faces to Ra 0.4 µm on request and threads and O-ring grooves cut to your drawing.
Made-to-print VCR-type fittings: glands, nuts and gaskets, electropolished and packed particle-free.
Rings, spacers, insulators and wear parts machined burr-free from PEEK, POM, PA66 and PTFE. Upload your drawing and get a quote within one business day.
Nozzles, hex fittings, inserts and connector bodies machined in free-machining brass, plated on request.
Lead screws, pistons, rotors and shafts in 1215, 12L14 and 4140, each lot traced to its mill heat number. Upload your STEP file and drawing for a quote.
Send your CAD drawings, 2D/3D files, or technical documents securely. Our team reviews promptly, protects your IP fully — and signs an NDA on request.