Welding

CODED WELDING




MATERIALS


Mild steel | Aluminium | Stainless steel |


STANDARDS


LLOYDS ASME | CE | NORSOK | AWS


              Robotic & manual




ROBOTIC | CMT | PULSED ARC | MIG | TIG | MAG | MMA



ROBOTIC welding








Perfect repeatability

Impeccable welding every time


Access to outstanding welding


Give your products guaranteed quality and consistancy


Until now robotic welding has only been accessible to large in house operations such as the automotive sector. Now you can have your product repeated multiple times and give you the confidence that it will have exceptional welding quality every time.


Typical Applications

Brackets, bases, reducers, small to medium sub assemblies

Introduction


Jamieson Welding has over 40 years experience in welding, fabrication and manufacturing. We have a vast knowledge of the steel industry that you can be assured to be assisted with our expertise to find a solution to quality and production problems.

Manufactured right here in the U.K.

Put your product into production


For more information on robotic welding and our other welding capabilities. Do not hesitate to enquire for your welding solutions.

CMT welding


"Ultra-high-precision weld process

Boasting 100% reproducibility and the best process-control you’ll find anywhere in the world". Fronius Austria



Cold Metal Transfer


The cold welding process CMT means outstanding results with all materials, the world’s most stable arc, and precision process-control. What makes this possible is that compared to conventional MIG/MAG welding, this process really is cold. Or to put it more accurately, one that constantly alternates between hot and cold. This leads to immaculate results and boundless possibilities – such as spatter-free welding- and brazing seams, welded joins between steel and aluminium, welding ultra-light gauge sheets from only 0.3 mm (0.01 in) thick, and much else besides.


Extremely low spatter

Spatter on steel is cut by as much as 99% compared to pulsed-arc and dip-transfer welding. The rearward movement of the wire assists droplet detachment during the short circuit. The result: spatter-free metal transfer.


Minimal distortion

The lower heat input leads to less distortion on thinner steel. This reduces the need for weld preparation and finishing work.


Extremely low thermal input

Up to 90% less thermal input than with TIG cold-wire, when using CMT on aluminium.



Extremely stable arc

The arc length is detected and adjusted mechanically. The arc remains stable.


STANDARDS


ASME | CE | NORSOK | LLOYDS






ROBOTIC | CMT | PULSED ARC | MIG | TIG | MAG | MMA