Multi-axis milling
- 5-axis simultaneous machining centre (Mikron) — 700 × 600 × 500 mm
- 5-axis vertical/horizontal convertible centre — 1000 × 1150 × 1000 mm
- 4-axis horizontal centre — 1300 × 800 × 1000 mm
- 3-axis vertical centre — 850 × 550 × 550 mm
Milling · Turning · Threads · Complex Geometry
Custom CNC Titanium Parts to Your Drawing
Align the controlled drawing or model, titanium Grade or UNS, starting-material form, datums and GD&T, threads, surface, secondary processes, inspection evidence and quantity before comparing quotations.
Product definition Authority, revision and precedence
Material basis Grade, UNS, form and condition
Critical features Datums, GD&T, threads and surfaces
Acceptance evidence Method, sampling and report
Before requesting a quote: identify the controlling revision, resolve model/drawing conflicts, mark critical interfaces, and state the exact material, process, inspection, documentation and change-control scope. “Precision titanium part” is not an acceptance criterion.
Verified Machining Capability
Titanium machining is done on our own CNC floor, not brokered out. The list below is equipment we operate and inspect on.
Turning
- CNC lathes up to Ø880 mm turning diameter, 1250 mm swing over bed
- Vertical turning lathe — workpieces up to 4000 kg
- CNC turn-mill centre — X 550 mm / Y 260 mm
- Centerless peeling lathe for bar — Ø40–135 mm
Specialist processes
- Deep-hole drilling Ø20–100 mm | boring Ø45–360 mm | trepanning Ø60–230 mm
- CNC cylindrical grinding to Ø200 mm
- Low-speed wire EDM (WEDM-LS) — workpieces to 1030 × 800 × 350 mm
- 4-axis abrasive waterjet — 2000 × 4000 mm bed
- Belt polishing
In-house inspection
- Coordinate measuring machine — 1000 × 1200 × 800 mm envelope
- XRF alloy analyser (Si-PIN detector) for grade verification on incoming and finished material
- Ultrasonic flaw detection — 0.1–15 MHz, 0–10 000 mm range
- Rockwell hardness testing — 22–88 HR, 588 N
- Digital measuring microscope
A note on the numbers above
The accuracy figures published by machine builders are positioning accuracies of the machine, not the tolerance achievable on your part. Achievable part tolerance depends on geometry, fixturing, material condition and inspection method, and we quote it against your drawing — not against a machine spec sheet.
Discuss Your Machining NeedsCNC Titanium Part Types
Start with Geometry, Interfaces and Acceptance
These groups organize the review. The approved product definition and order-specific requirements—not the card name—control the delivered part.
CNC Milled Titanium Parts
Specify: Drawing/model · Datums · Pockets · Bores · GD&T
Prismatic components reviewed by revision, setup strategy, tool access, critical features, inspection method and release evidence.
CNC Turned Titanium Parts
Specify: Diameter · Runout · Bores · Grooves · Threads
Rotational components reviewed against balance, concentricity, runout, secondary features and per-feature inspection.
Brackets & Structural Components
Specify: Load path · Interfaces · Bolt patterns · Validation
Load-bearing geometry controlled by the approved product definition, accepted by suitable mechanical or functional evidence.
Complex-Geometry Titanium Parts
Specify: Model authority · Workholding · Tool access · Inspection plan
Complex 5-axis features reviewed by setup plan, fixturing, tool access, datum transfer and matched inspection method.
Discs, Plates & Housings
Specify: Plate derived routes · Flatness · Datum reference
Plate- or disc-derived housings reviewed for flatness, parallelism, sealing surfaces and assembly datum structure.
Shafts, Sleeves & Pins
Specify: Diameter · Runout · Surface · Fits
Shaft and pin features with critical diameters, runout and surface texture; fits reviewed against mating components.
Threaded Titanium Components
Specify: Thread form · Class · Depth · gauging
Internal and external threads controlled by the called-out specification, class, handedness, depth, critical features and gauging requirement.
Valve & Flow-Control Components
Specify: Bore · Surface · Seat · Cleaning · Test
Flow components reviewed for bore or seat cleanliness, surface roughness, service, leakage and functional acceptance.
Supply Scope & Qualification
One Order Basis for Engineering, Production and Inspection
A reliable order connects six control groups. Each requirement should have an authority, revision, acceptance method and responsible party.
Drawing & model
File authority, revision, units, precedence and approved deviations.
Material & raw form
Grade/UNS, specification, condition, stock form and traceability.
Datums & critical features
GD&T, fits, interfaces, threads, holes and functional priorities.
Surface & secondary processes
Surface texture, deburring, heat treatment, coating, joining and cleaning.
Inspection & acceptance
Method, sampling, instruments, report scope and release evidence.
Commercial & change control
PO precedence, exceptions, deviations, packaging, delivery and revision control.
Standards Map
Separate Raw Material from Finished-Part Control
| Reference | What it can control | What it does not replace |
|---|---|---|
| ASME Y14.5 or ISO 1101 | An invoked dimensioning and geometrical-tolerancing language and interpretation basis. | Part-specific dimensions, characteristics, acceptance methods or contract precedence. |
| ASTM B348/B348M | Titanium and titanium-alloy bar and billet within the ordered revision and scope. | Finished-part geometry, threads, surface, machining or final inspection. |
| ASTM B265 | Titanium and titanium-alloy strip, sheet and plate within its scope. | Machined housing, bracket or plate-component conformity. |
| ASTM B381 | Titanium and titanium-alloy forgings within its scope. | The machined configuration, customer qualification or finished-part approval. |
Always state the required revision and any customer or project additions. The current edition is not automatically the contract edition unless the order says so.
Process Review
From Controlled Input to Traceable Release
The actual route is confirmed after drawing, material, quantity and acceptance review. Equipment names alone do not establish capability.
01
Contract Review
Freeze authority, revision, quantity, critical features, exceptions and evidence.
02
Material & Route
Select the ordered Grade, starting form, condition, setups and controlled outside processes.
03
Machining & Control
Manage workholding, datum transfer, critical features, tool access, heat and distortion.
04
Inspection & Release
Apply the agreed inspection plan, documents, traceability, packing and release evidence.
Applications
Review the Part Inside Its Actual Assembly
An industry label is only context. Customer drawings, project specifications and approval requirements still control the part.
Chemical & Process Equipment
Control service media, interfaces, sealing surfaces, cleanliness and order-specific material and inspection requirements.
Review the application context →
Marine & Offshore Equipment
Define seawater or service exposure, loads, mating materials, crevice interfaces, fasteners, inspection and maintenance boundary.
Review the application context →
Energy & Electrochemical Systems
Freeze functional surfaces, flow paths, electrical or sealing interfaces, cleanliness, traceability and customer qualification steps.
Review the application context →
Industrial & OEM Assemblies
Use the assembly datum structure, fits, threads, repeatability, change control and release evidence to define the machined component.
Review the application context →Purchase Guard
Control the Order Before Cutting Material
Freeze the product-definition hierarchy, revision, material and raw form, datum structure, critical characteristics, secondary processes, inspection evidence, traceability, change control and commercial basis.
- ✓ Resolve model, drawing, specification and purchase-order conflicts.
- ✓ Match every critical characteristic to a suitable inspection method.
- ✓ Define external processes, certificates and approval responsibility.
- ✓ Compare quotations only after exceptions and evidence are aligned.
Do not release the PO with only:
- “Grade 5 precision part”
- A model with no authority or tolerance basis
- A material certificate as the only acceptance evidence
- “CMM inspection” with no characteristic, method or report scope
- An application label treated as customer or regulatory approval
FAQ
CNC Titanium Parts Purchasing Questions
What information is needed to quote CNC titanium parts?
Send the controlled drawing and model, revision, material Grade or UNS, starting-material form and specification, quantity, critical dimensions and GD&T, threads, surface and edge requirements, secondary processes, inspection evidence, packaging and delivery basis.
Does a 3D model replace a 2D drawing?
Only when the order states that the model is the authority and defines how dimensions, tolerances, notes, surface requirements and revisions are controlled. If both are supplied, the order should define precedence and resolve conflicts before production.
Can one general tolerance be applied to the entire part?
A drawing may invoke general tolerances, but critical interfaces, datum-related controls, threads, surface texture and special characteristics still require explicit requirements. Blanket tight tolerances can add cost without improving function.
Is a material certificate enough to accept a finished machined part?
No. A material certificate supports raw-material identity and properties within its scope. Finished-part conformity also depends on the approved product definition, process controls, dimensional and feature inspection, secondary-process evidence and traceability.
Does CMM inspection prove every feature is acceptable?
No. The inspection method must suit the feature, tolerance, accessibility and required uncertainty. Threads, surface texture, internal geometry and special processes may require other methods and separate evidence.
Can aerospace or medical titanium parts be ordered by application name alone?
No. Application labels do not establish customer approval, regulatory compliance or part qualification. The buyer must provide the applicable drawing, material, process, inspection, documentation and approval requirements.
Drawing & RFQ Review
Send the Product Definition You Have
Unknown items can remain open for review. Mark critical requirements clearly so feasibility, exceptions and evidence can be addressed before quotation.
- ✓ Drawing/model authority and revision review
- ✓ Material, raw form and process-boundary review
- ✓ GD&T, threads, surface and inspection checklist
- ✓ Traceability, documents, packing and delivery basis