Custom Precision
Machine Parts
Manufacturing
CNC Machining, Turning & Milling | Prototype to Mass Production
Custom CNC machined parts for industrial and electronics assemblies. Send your drawing, material, quantity and critical fits for a machining and inspection review.
Machine Parts
Portfolio
Explore 22 component examples and their specifications. Ten images are AI-generated representative illustrations; supplied geometry and acceptance criteria follow the approved drawing.
Made to your drawing
Your specification, reviewed before manufacture.
Drawing · material · quantity
Beyond the catalog
Your part,made to your drawing
Need a custom shaft, bushing, bracket, housing or precision machined component? Share the drawing revision, mating interfaces and operating requirements. Send SSP a STEP model or a dimensioned drawing, together with your material, quantity and inspection requirements. Our team can review the geometry, manufacturing route and quotation scope for your project.
- Drawing or sample review before the manufacturing route is agreed.
- Material, treatment and finish matched to the approved specification.
- Critical dimensions and inspection records defined with your order.
- Prototype, trial and repeat-production needs reviewed for your project.
- NDA available on request.
Machine Parts Manufacturing
Capability Table
Indicative CNC machining specifications; confirm tolerances, size and inspection evidence per drawing. The turning range below covers general CNC turning. Swiss bar diameter, length and tolerances are quoted separately.
| Category | Specification | Value / Range | Process Type | Use Case |
|---|---|---|---|---|
| CNC Machining Tolerance | Dimensional Accuracy | ± 0.01 mm | 3-Axis / 4-Axis / 5-Axis CNC | Precision mechanical parts, housings, brackets |
| Turning Tolerance | Diameter tolerance | ± 0.005 mm | General CNC Turning | Shafts, pins, bushings, rotary components |
| Milling Flatness | Surface Flatness | ≤ 0.02 mm | CNC Milling | Plates, brackets, housings, structural parts |
| Surface Finish | Ra Level | Ra 0.2 – 3.2 μm | CNC / Grinding / Polishing | High-finish functional and cosmetic parts |
| Heat Treatment Hardness | Steel Hardness Range | 28 – 62 HRC | Quenching / Tempering | Structural and load-bearing wear parts |
| Material Types | Metals & Plastics | Al / Steel / Brass / SUS / POM / PEEK | Machining / Turning / Milling | All custom machine part applications |
| Coating Options | Protective Coatings | Anodizing / Zinc / Nickel / Powder / Black Oxide | Surface Treatment | Corrosion & wear protection layers |
| Max Part Size (CNC) | Machining Envelope | 800 × 500 × 400 mm | CNC Milling | Medium–large mechanical structures |
| General Turning Range | General turning diameter | Ø 5 mm – Ø 300 mm | CNC Turning | Shafts, rings, flanges, rotary parts |
| CAD File Formats | Supported Data | STEP, IGES, STL, PDF, DWG | Engineering Review | All custom machined component quoting |
CNC Machined Parts
Capabilities
Select the machining route by geometry, material and quantity. Confirm feature access, workholding and inspection requirements during drawing review.
Multi-axis machining for compound angles and complex contours. Setup count and tool access are reviewed against the part geometry.
Tolerance ±0.01mmGeneral CNC turning covers shafts, bushings and flanges. Swiss turning is reviewed separately for small pins and slender parts; confirm bar diameter, length, material and critical fits before ordering.
Tolerance ±0.005mmFace, pocket and contour milling, with flatness and surface-finish acceptance defined on the drawing.
Flatness ≤ 0.02mmPrototype, short-run and repeat production quantities are reviewed together with setup costs and delivery requirements.
Low MOQ · High VolumeDeep pockets, undercuts and thin walls require a geometry-specific review. Toolpath simulation checks access and collision risks before machining.
5-Axis SimultaneousSub-assembly, press-fit and thread insertion to agreed fits. Define mating dimensions and assembly checks before production.
Full Assembly AvailableMachine Parts
Production Workflow
Eight stages from drawing approval to shipment, with inspection and release checkpoints agreed for the order.
First, review machine parts drawings for radii, wall thickness, tool access, tolerance feasibility and material compatibility before quotation. Define GD&T requirements on the drawing.
Select the grade for load, temperature and corrosion exposure. Specify required material certificates in the order.
CAM programming with toolpath simulation in Mastercam/CATIA. Collision detection and stock verification before cutting. Optimal fixture and datum setup defined.
Multi-axis CNC milling, turning, drilling, and tapping on calibrated production machines. First-article inspection at start of every run to verify setup accuracy.
Specify heat treatment, EDM, grinding or other secondary operations as needed. Agree the process route and dimensional rechecks before production.
Apply the specified finish, allowing for coating thickness and masking. Agree roughness measurements and sampling before processing.
Verify agreed dimensions, hardness, roughness and appearance. Specify a report comparing measured results with drawing tolerances.
Anti-rust paper, foam cushioning, and custom packaging per part geometry. Export documentation, certificates, and inspection reports included. DHL/FedEx/sea freight available.
Precision Machined Components
For precision machined components, agree datums, sampling and acceptance criteria before production. Request material certificates, first-article results and a final dimensional report as order deliverables.
Mill certificates verified against specification. Chemical composition and hardness spot-tested before machining begins.
100% Material TraceabilityAgree the first-article sample, measured features and approval stage. Request the FAI report before releasing the production run.
FAI on Every SetupAgree in-process sampling for critical features. Where required, request a capability study with the sample size, method and acceptance target.
SPC study on requestSpecify a final report listing measured values, drawing tolerances and conformance status for the agreed critical dimensions.
Agree report scopeMachine Parts Materials
We Machine
Choose a grade for the operating environment and finish. Confirm availability and certificate requirements with the quotation.
Surface Finishes
& Coatings
Specify finish type, thickness, masking and cosmetic requirements. Agree the test method before using a performance claim as an acceptance criterion.
Type II and Type III anodizing for aluminum. Specify coating thickness, colour, sealing and masked fits; confirm the process with the quotation.
Thickness to specificationUniform matte texture by abrasive blasting. Removes tool marks, improves adhesion for coatings, and provides a consistent cosmetic appearance across all surfaces.
Uniform Ra 1.6–3.2μmElectrostatic powder application with oven curing. Durable, chip-resistant finish in any RAL colour. Excellent corrosion and UV resistance for outdoor/industrial use.
Colour to specificationNickel, zinc, chrome, and gold plating for corrosion protection, conductivity, or cosmetics. Precise plating thickness controlled from 2 to 50μm.
Thickness agreed per orderMechanical or electrolytic polishing, with the required Ra, measurement location and cosmetic standard confirmed for the part.
Ra confirmed per drawingBlack conversion finish for suitable steel grades. Confirm pretreatment, corrosion protection and effects on critical fits with the selected process.
Critical fits reviewedDiamond-like carbon for selected wear and sliding-contact applications. Agree coating type, thickness, substrate compatibility and any friction or wear testing.
Wear testing by agreementavailable on request
TiN · TiCN · CrN · Nitriding
Machine Parts Industries
Typical machine parts applications across five sectors. Confirm sector-specific materials, inspection and documentation before ordering.
Engine components, transmission parts, structural brackets, and sensor housings for OEM tier-1 and tier-2 automotive suppliers globally.
Structural fittings, actuator components and fasteners in titanium, Inconel and aluminum. Agree customer-specific quality and traceability records.
Surgical instrument components, implant fixtures, and diagnostic device housings in biocompatible stainless, titanium, and PEEK materials.
Precision CNC machined connector housings, PCB mounting brackets, heat sink components, and EMI shielding enclosures for electronics manufacturers.
Machine enclosures, robotic arm components, conveyor hardware, jig fixtures, and automation tooling for industrial machinery manufacturers.
Why Choose Us
for Machine Parts
Plan the order around drawing approval, traceable inspection records and a confirmed production route.
Which materials suit machine parts?
Specify load, temperature and corrosion exposure so the material grade and finish can be reviewed for the application.
How are machine parts tolerances set?
Mark critical datums and mating fits. Confirm achievable tolerances and the inspection method before manufacture.
What files are needed for a quote?
Send STEP or IGES plus a dimensioned PDF, quantity, material, finish and critical fits for a manufacturability review.
Confirm the schedule after drawing review, material availability and finishing requirements. Request an urgent-order assessment where needed.
Quote prototype and production quantities together to compare setup costs, batch pricing and inspection requirements.
Metals and engineering plastics include aluminum, stainless, titanium, copper, POM, PEEK and PTFE. Confirm grade availability and required certificates.
Request the current ISO 9001 certificate and agree first-article, in-process and final inspection records for the order.
Upload a drawing for material, tolerance and lead-time review. Confirm response timing for your enquiry.
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