ROTATIONAL FEATURES. CENTRELINE CONTROL.
Our CNC turning service is suited to shafts, bushings, fittings, connector bodies and other rotational components. We review outside diameters, bores, threads, grooves, shoulders and datum faces together so the machining route supports the relationships that matter in the assembly. The stated turning envelope is up to Ø700 × 1000 mm; actual feasibility depends on material, wall condition, fixturing and drawing requirements.
From Your DrawingMATERIAL OPTIONS
For turned parts, material choice is reviewed against functional diameters, bores, threads, grooves, shaft or bushing duty, wear or corrosion needs, and the surfaces that must remain suitable for mating or sealing.
Material guideSELECTED MATERIAL
A practical choice where low mass, corrosion resistance and efficient machining are important.
SURFACE FINISHES
Identify functional diameters, bearing or sealing seats, threads and sliding surfaces before selecting a finish. Cosmetic surfaces, masking and downstream assembly needs should be separated from surfaces that must remain as machined.
A precise, cost-effective finish straight from the CNC process for functional features and tight tolerances.
View MoreReduces surface roughness to create a smooth, refined appearance for visible precision components.
View MoreCreates a uniform matte texture and can reduce visible machining marks on suitable parts.
View MoreAdds a protective or decorative metal layer for performance and appearance.
View MoreA dark conversion finish for steel parts requiring a low-reflective, corrosion-resistant surface.
View MoreBUILT FOR A WIDE RANGE OF INDUSTRIES
Suitable for shafts, pins, bushings, connector bodies, fittings and other rotational parts whose functional diameters, bores, threads or grooves relate to a common centreline. Industry labels are not used as proof of capability.
Explore All Applications →
Shafts, pins, bushings and rotational vehicle components
Precision spacers, fittings and rotational equipment components
Instrument components, precision pins and device fittings
Connector bodies, threaded fittings and antenna hardware
Valve parts, shafts, fittings and thermal-system components
Fittings, bushings and rotating equipment components
BUILT FOR DEMANDING PROJECTS
The review begins with the part’s functional centreline and the callouts that determine turning, live-tooling and inspection planning.
Identify the functional axis, datum faces and relationships between diameters, bores and shoulders.
Provide diameter, bore, thread, groove and surface-finish requirements on the drawing.
Cross holes, flats and milled interfaces are reviewed to determine whether they can be planned with turning operations.
State any runout or concentricity requirement so the inspection method can be agreed for the project.
Dimensional, CMM, FAI and material documentation can be planned when specified.
A CLEARER PATH TO YOUR PARTS
The turning plan relates rotational features to the functional centreline, then reviews whether live tooling can avoid unnecessary handling for cross holes or milled interfaces.
Provide 2D/3D drawings with material, quantity, diameter, bore, thread, groove, tolerance, finish and inspection requirements.
Review the functional centreline, datum faces, thread and groove details, surface requirements and any runout or concentricity callout.
Turning and, where useful, live-tooling operations are planned around diameters, bores, threads, grooves, datum faces and the part’s functional centreline.
Drawing-defined checks for diameters, bores, threads and agreed rotational-feature requirements.
Production and shipment planning based on the agreed schedule, approved drawing and shipping terms.
QUALITY ASSURANCE
Inspection is planned around the rotational features that matter to the assembly. T-One applies 100% inspection against the drawing and agreed inspection requirements; dimensional, CMM, FAI and material documentation can be provided when specified.
Our Quality Process →
FROM PROTOTYPE TO PRODUCTION
Timing is planned after the material, quantity, thread or groove features, secondary operations, finish and inspection requirements are confirmed.
Typically 3–7 days after requirements are confirmed · Validate functional diameters, bores and feature relationships
Plan material, thread or groove details, secondary operations and inspection requirements before scheduling
Typically 25 days after drawing freeze · Timing depends on part geometry, quantity, finish and inspection scope
FREQUENTLY ASKED QUESTIONS