Keep it all together with one seamless system.
The most advanced 6 and 7-axis robotic welders in the world – user-friendly features and interfaces enable both experienced and novice welders to achieve outstanding quality, consistency, and efficiency.
Features
The investment into robotic welding has a proven ROI as it helps manufacturers overcome the labor shortage, demands for faster production and a need for more capacity or advanced skills to fit complex new jobs on the line.
Robotic welding allows you to maximize capacity. A robot can be welding a part while the previous part is being uploaded and new components reloaded, dramatically cutting downtime.
It solves the challenge of finding skilled welders, cuts labor costs and is more efficient. An operator can be running a robotic welder, allowing you to keep your skilled welders (at higher pay) on the parts that demand the skill, flexibility and dexterity of a skilled welder.
With 14 standard models to choose from, talk to your Sales Engineer to discover which solution fits your application. Explore specs: OTC DAIHEN ROBOTIC WELDERS
OTC Daihen offers a full line of compatible power sources, wire feeder, torches, and hands-on training from factory experts to ensure you are maximizing the capability of your robotic welding system.
TAKE ROBOTIC WELDING ONE STEP FURTHER:
Synchro-feed II GMA Welding Technology
– Is rework and cleanup due to weld spatter a pain point?
– Do fit-up problems due to weld spatter slow down your assembly process?
– Is weld appearance important to the image and value of your product?
Synchro-feed II GMA welding technology is an exclusive product of OTC DAIHEN enabled by the tightest integration and single-sourcing of networked robotics, weld power source, welding process and wire delivery system that virtually eliminates weld spatter. Synchro-feed not only saves you time and money, but allows you to produce even more product from the added efficiency it ensures. Via a welding process called PulseDip, it incorporates a servo-driven wire feeder within the torch body that advances the welding wire forward to create an arc and then very precisely retracts the wire while synchronizing with a specialized weld current waveform that extinguishes the arc to create consistent droplet transfer with virtually zero weld spatter. This results in a very neat, precise weld laid down at a rate up to 100 inches (254 cm) per minute using a weld current up to 330A for steel, 250A for stainless steel and 150A for hard aluminum.
