Welding & Fabrication Specialists –
MIG, TIG & Robotic Welding
Robotic Welding
Robotic Welding automates the welding process for high volume or complex production applications, providing benefits like higher output rates, enhanced quality, reduced labour costs, more flexibility and great safety compared to manual welding. Our robotic welding cells are ideal for the automotive, aerospace, defence and construction industries and any industry requiring rapid, precise automated welding.
TIG Welding
TIG (Tungsten Inert Gas) welding, also called GTAW (Gas Tungsten Arc Welding) relies on an inert argon gas shield and non-consumable tungsten electrode to lay down meticulous welds on thin sections of delicate metals like stainless, aluminium and copper alloys. The process ensures very fine, neat weld seams demanded by aerospace, automotive, and precision tube fitting applications where cleanliness and eliminating warping are vital during welding passes done on reactive or thin-gauge base materials.
MIG Welding
MIG (Metal Inert Gas) Welding also known as Gas Metal Arc Welding (GMAW), feeds a continuous wire electrode protected by an inert gas to achieve high welding speeds. This efficient method joins steel and aluminium with quality and reliability across high-output industries like automotive and aerospace. The adaptable MIG process balances production volume, cost, and quality through its simplicity in operating and manipulating the arc. This facilitates the rapid fabrication of welded components demanded in assembly line manufacturing.
Our Welding Machines
FANUC ROBOTIC WELDING CELLS
Fanuc robotics welding cells x6
ROBOTIC WELDING
ABB robotic welding cells x3
ROBOTIC WELDING CASE STUDY: ENGINE STILLAGE
Our welding fabrication solutions have made us a long-standing partner to premier automotive manufacturers like BMW. This project highlights why leading brands rely on us for transformative fabrication outcomes across storage, transport, and automation systems.
MANUAL MIG/TIG
Fronius CMT Welding Equipment
SPOT WELDING
Meritus Spot Welder:
MIG/TIG CASE STUDY: DEFENCE SHAFT SUPPORTS
The housing design came about after many meetings with both the Universal team of design engineers and the customers. This moved the project away from using costly machined items, to a more cost effective laser cut fabrication which was quicker to produce.