CNC & conventional turning
For cylindrical, rotational and concentric features that require stable diameters, faces, bores, shoulders, grooves or threads.
Shafts, bushes, sleeves, pins, rollers, spacers, collars, flanges, connectors and threaded parts.
Facing, OD/ID turning, boring, grooving, taper turning, drilling, reaming, threading and parting.
Concentricity, runout, fit, surface condition, chucking allowance and heat-treatment condition.
Rotational components
Machining route selected according to function and critical features.
Faces, slots, pockets and patterns
Setup planning is critical to dimensional relationship and repeatability.
Milling, drilling & profile machining
For prismatic components, plates, blocks, brackets and tooling features.
Base plates, mounting brackets, machine blocks, covers, housings, clamps, fixture plates and support arms.
Face milling, slot milling, pocketing, step machining, drilling, counterboring, tapping and keyway work.
Datum selection, flatness, perpendicularity, hole relationships, tool access and clamping distortion.
Beyond basic turning and milling
Supporting processes can be coordinated depending on drawing requirements and confirmed resources.
Jigs & Fixtures
Simple holding, locating, drilling, inspection and assembly aids designed around repeatability and operator convenience.
Maintenance Components
Replacement shafts, bushes, spacers, brackets, couplings and machine elements developed from drawings or samples.
Batch Job Work
Prototype, small-batch and repeat production support after confirming material, process route and acceptance criteria.
Drilling & Tapping
Hole patterns, countersinks, counterbores, reamed holes and threads produced with reference to datums and mating parts.
Finishing Coordination
Surface grinding, polishing, coating, plating, heat treatment or other external finishing may be coordinated when applicable.
Sample-Based Development
Used or damaged components can be studied for geometry and function, subject to available reference dimensions and fit data.
Common engineering materials
Actual machinability and availability must be confirmed for each enquiry.
Carbon steels
General machine parts, shafts, supports and fabricated assemblies.
Stainless steels
Corrosion-resistant parts, food/process applications and fittings.
Aluminium alloys
Lightweight plates, brackets, housings and automation components.
Brass, bronze & plastics
Bushes, wear parts, electrical elements and low-friction applications.
What to send for a meaningful quotation
| Input | Why it matters |
|---|---|
| Drawing or clear sample photos | Defines geometry, datums, key dimensions and inspection requirement. |
| Material grade | Influences tools, speed, finish, stability and cost. |
| Required quantity | Changes process planning, setup economics and inspection approach. |
| Tolerance & fit | Separates functional critical dimensions from general dimensions. |
| Surface / heat treatment | May require extra allowance, sequencing or external processing. |
| Delivery expectation | Allows a realistic plan based on material and process availability. |
Send your drawing for a capability review
WhatsApp is the fastest route for an initial discussion. Mention material, quantity and application.