ROBOTIC WELDING CELLS
tomer’s requirement and are responsible for its total perfor- mance because everything in the system has our name on it. Our equipment covers every aspect of welding automation and automation technology, including robot manipulator and controller, positioners, power sources, torches, wire feeders and sensors,” said Griffieth.
“Companies typically invest in welding automation to expedite the welding process, gain more consistent weld quality and/or to reduce costs.”
“Demand for customized and pre-engineered solutions is high and customers like the idea of a single source and a single supplier responsible for robotic welding applica- tions ranging from thin gage steel to heavy plate. Aluminum is one of the most challenging applications because the expectation is that appearance implies quality of the weld
so we minimize rework, and provide spatter-free or reduced spatter welding, and the need for secondary processes like grinding and wire brush clean-up are minimized or com- pletely eliminated,” said Griffieth. OTC DAIHEN offers seven main classes of robotic equip- ment that is differentiated by the investment and sophis- tication required by the customer’s applications. All the platforms tend to work in the cell configurations beginning with the ECO-ARC 200 for the first-time customer with a minimum investment, but with all the safeguards and stationary table and automation. “We build from there in modular fashion substituting tables, headstocks, and po- sitioners as required. We engineer around all the possible solutions and allow the parts be presented to the operator rather than the operator moving to the parts. Our DT-ARC 500 dual trunnion unit is a highly flexible robotic cell with a variety of footprints including a two-station setup that can grow as big as you need. This isn’t a box cell like some sys- tems. It’s independently floor-mounted and requires a safety
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AdvancedManufacturing.org | October 2015
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