Precision beyond
the machine.

Joining and fabrication support for precision-manufactured parts and assemblies. TIG, CO₂/MIG and gas welding across stainless steel, aluminium, mild steel, copper, brass and titanium, with fixtures and inspection used to hold alignment, penetration and finish on welded assemblies.

Controlled material removal and surface refinement for precision component features. Surface, cylindrical, tool & cutter and centerless grinding hold dimensional tolerance, flatness and surface finish on hardened and heat-treated parts, for one-off tooling through to production quantities.

Assembly support that brings machined components together into integrated functional units. Tolerance fitting, hardware installation and functional checks combine machined parts into tested sub-systems, with cleanliness and traceability carried through to final delivery.

Thermal processing used to achieve the material characteristics required by the application. Controlled pre-heating, austenitizing, quenching and tempering adjust hardness, strength and residual stress to the specified material condition.

Heat treatment as per AMS standards with NADCAP certification.

An electrochemical surface treatment for durable, consistent finishes on aluminium components. Chemical pre-treatment, controlled oxide growth, optional dyeing and hydrothermal sealing build a uniform film with corrosion resistance and repeatable colour.

Fine-media surface preparation used to create a clean, uniform matte appearance. Fine media is applied in a controlled cabinet to remove scale and tool marks and produce an even matte finish, with critical features masked to protect tolerances and threads.

Electrochemical finishing that smooths and brightens exposed metal surfaces. Racked parts are processed electrochemically to smooth micro-peaks, brighten the surface and improve corrosion resistance, followed by multi-stage rinsing and passivation checks.

A dark conversion finish for ferrous components where a controlled black surface is specified. A controlled alkaline bath converts the surface of ferrous parts to a uniform black finish, followed by neutralization and a protective oil or wax seal for mild corrosion resistance.

A chemical conversion coating used to protect and prepare metal component surfaces. Degreasing, conversion reaction and stabilising rinse deposit a thin protective film that improves corrosion resistance and the adhesion of subsequent paint or coatings.

A cured dry-coating process for consistent protective and coloured component finishes. Pre-treated parts receive an electrostatic powder charge before curing forms a durable, uniform coloured film, with coating thickness and adhesion verified at final inspection.

Permanent, legible component marking for part identification and traceability requirements. Components are aligned and marked with permanent serial numbers, data-matrix codes and logos, then verified for legibility and traceability against the specified marking requirement.