Welding Machines & ConsumablesPower Wave®

Superior Arc Performance. Revolutionary Communication.

For welding thicker materials in robotics, hard automation and semiautomatic applications, choose the Power Wave® 455M.

For those applications where heat input control, minimal distortion, and reduced spatter are essential, opt for the Power Wave® 455M/STT®.

 

WIRE FEEDER OPTIONS

Power Feed™ 10M Bench and Dual Bench
Choose the Power Feed™10M Bench Models for automotive manufacturing, shipbuilding, pressure vessels/heavy plate, oil, gas and pipeline construction, particularly where code-quality work is required. The Power Feed™10M Dual Bench has all the features of the Power Feed™ 10M Bench, plus a second wire reel for twice the productivity.
Order K2230-1 Bench
Order K2234-1 Dual Bench

 

Power Feed™ 10M Boom and Dual Boom
Choose the Power Feed™ 10M Boom Models for boom arm applications in automotive manufacturing, shipbuilding, pressure vessels/heavy plate, oil, gas and pipeline construction, particularly where code-quality work is required. The Power Feed™ 10M Dual Boom has all the features of the Power Feed™ 10M Boom, plus a second wire reel for twice the productivity.
Order K2314-1 Boom
Order K2316-1 Dual Boom

 

Power Feed™ 10R

The Power Feed™ 10R is a high performance, digitally controlled wire feeder designed to be part of a modular,multi-process welding system. It is specifically designed to mount to a robot arm or to use in hard automation applications.
Order K1780-2

 

Power Feed™ 25M

Rugged, portable advanced process wire feeder for shop, construction or shipbuilding environments. Features standard push-pull capability, our MSP4 Mode Select Panel to access Waveform Control Technology® waveforms and eight memory presets for commonly accessed procedures.
Order K2536-2 Aluminum Case
Order K2536-3 Plastic Case

 

Increase Productivity, Quality and Flexibility

The Power Wave® AC/DC 1000® SD delivers Waveform Control Technology® to submerged arc welding. Choose constant current or constant voltage operation and set variable frequency and amplitude. Software-driven AC, DC positive or DC negative output allows the user to control the deposition rate and penetration. The result over conventional power sources is increased weld speeds, consistently higher quality welds and improved efficiencies in a single or multi-arc environment.

Processes
DC+ Submerged Arc
DC- Submerged Arc
Balanced AC Submerged Arc
Variable AC Submerged Arc