Experts in engineering and anodizing…

Fast turn-around times, consistently short lead times, and high-quality components are essential for meeting project deadlines and ensuring customer satisfaction…

Our
Projects

Our
Services

  • Engineering

    Engineering

    Milling & Turning

    Design & Reverse Engineering

    Sub-Contract Programming and Setting

    Custom one offs

  • Anodising

    Anodising

    Standard Anodising (Type II Sulfuric Acid)

    Clear,Black,Blue,Red, Purple,Green, and Gold

    Other non-standards are available please contact for more information

    Hard Anodising(Type III) available to BS5599/DEF STAN 03-26 and MIL-A-8625 with typical coatings of 35-50 microns, although thicker coatings are available if required.

  • Welding/Fabrication

    Welding & Fabrication

    One off or batch work

    Mig Welding

    Steel, Stainless Steel and Aluminium

    Tig Welding

    Steels (inc Tool Steels), Stainless Steels, Aluminium , Dissimilar Welds and Titanium

    Electric/ Manual Gates and Railings

    Structural Steels

    And much more…

  • Machinery Repairs & Maintenance

    Machinery Repairs & Maintenance

    Manual Mills and Lathes

    Mechanical machinery repairs

    Bearings and Pulleys

    Belts and chains

    General Maintenance

  • Automotive Repairs and Restoration

    General Repairs

    MOT Failures

    Welding

    Full Restoration…

  • Chemical Blacking

    Chemical blacking is a metal finishing process that gives ferrous metals a protective and decorative black coating. It does not change the size of the part and adds resistance to chipping and scratching. The process forms a thin metal oxide layer without changing dimensions. It works well for threaded parts and items of any shape or size.

    Please get in contract for a quotation…

Ready to Anodise your products?

Anodising is an electrochemical passivation process that converts the surface of a metal into a durable, corrosion-resistant, anodic oxide finish. It is most commonly applied to aluminium, but can also be used on other non-ferrous metals like titanium and magnesium. The process involves immersing the metal into an electrolyte bath and passing an electric current through it, causing a controlled oxidation of the surface. The resulting anodic layer is integral to the underlying metal, unlike painted or plated finishes, making it highly resistant to chipping and peeling. This porous oxide layer can then be dyed in various colours before being sealed, offering both aesthetic appeal and enhanced protective properties.

What Our Clients Say

  • Fantastic Service and super quick turn around

    Ben Stevenson