Material Selection
We machine 40+ metals and engineering plastics — from commodity aluminium to aerospace-grade titanium and Inconel superalloys.
| Feature | Value | Note |
|---|---|---|
| Standard Tolerance (Metals) | ±0.05mm (±0.002") | General parts |
| Precision Tolerance (Metals) | ±0.01mm (±0.0004") | Critical fits |
| Standard Tolerance (Plastics) | ±0.1mm (±0.004") | General parts |
| Surface Finish (As-Machined) | Ra 1.6μm (63 μin) | Default finish |
| Surface Finish (Fine) | Ra 0.4μm (16 μin) | On request |
| Max VMC Part Size | 600 × 400 × 400 mm | Larger via EDM/Wire Cut |
| Min Feature Size | 0.5mm | Depends on material |
| Threads | M1.6 to M100+ | All standard sizes |
Most popular. Excellent machinability, good corrosion resistance. General-purpose structural parts.
Highest strength aluminium. Used in aerospace and defence for lightweight high-load parts.
High strength, fatigue resistant. Excellent for aircraft structures and fittings.
Marine grade. Excellent corrosion resistance in saltwater environments.
Superior surface finish. Ideal for electronics enclosures and anodized products.
Standard austenitic stainless. Corrosion resistant, weldable, food safe.
Medical and pharma grade. Superior corrosion resistance with low carbon for welding.
Precipitation hardened. High strength + good corrosion resistance for aerospace.
High hardness martensitic steel. Used in tooling and moulds.
Hardened via heat treatment. Combines toughness with corrosion resistance.
Versatile carbon steel. Good machinability for general engineering parts.
High strength alloy steel. Excellent fatigue resistance for heavy engineering.
Hot work tool steel. Exceptional thermal fatigue resistance for moulds and dies.
High chromium cold work tool steel. Excellent wear resistance for punches and dies.
High carbon chromium steel for bearings. High hardness and wear resistance.
Most widely used titanium alloy. High strength-to-weight ratio for aerospace and medical.
Commercially pure titanium. Superior corrosion resistance, biocompatible.
High conductivity copper for electrical and thermal applications.
Free-machining brass. Excellent for precision turned parts and fittings.
High fatigue resistance and corrosion resistance. Used in springs and bearings.
Nickel superalloy. Exceptional strength and oxidation resistance at high temperatures.
Nickel-molybdenum alloy with outstanding corrosion resistance in harsh chemicals.
Copper-nickel alloy with excellent sea water and acid resistance.
Highest performance engineering plastic. Chemical resistant, biocompatible, replaces metal.
Excellent dimensional stability, low friction, self-lubricating. Precision parts.
Good toughness, impact resistance, wear resistance. Versatile engineering plastic.
High impact strength and optical clarity. Excellent for covers and housings.
Good impact resistance, easy to machine. Popular for prototyping and enclosures.
Lowest friction coefficient, excellent chemical resistance. Non-stick applications.
Ultra-high molecular weight polyethylene. Extreme wear and impact resistance.
High-density polyethylene. Lightweight, chemical resistant, food safe.
High heat resistance engineering plastic. Used where PEEK cannot be afforded.
Fiberglass epoxy laminate. High dielectric strength for electrical applications.
Standard finish. Ra 1.6μm. Tool marks visible. Most economical.
Uniform matte texture. Removes tool marks. Good for aesthetics.
Aluminium only. Decorative. Corrosion and wear protection.
Aluminium only. Maximum hardness and wear resistance. For harsh environments.
Stainless steel. Removes free iron, improves corrosion resistance. Pharma/medical standard.
Mirror-bright finish on stainless. Pharma-grade GMP requirement. Reduces bacterial adhesion.
Durable colour coat. Excellent corrosion and UV protection. Many colours.
Decorative and functional plating for wear and corrosion resistance.
We can source and machine exotic alloys and specialty plastics on request. Contact our team.