Press Release Summary:
Pre-engineered eCell(TM) is capable of MIG, synergic MIG, and MIG pulse welding or flux-cored arc welding on parts which can be welded without reorientation. It is based on Power Wave 355 M digitally controlled, 350 A inverter with ArcLinkÂ® communication software and more than 60 factory-programmed waveforms. Dual fixed table workstation includes Fanuc ArcMate 100iBe robot, R-J3iB controller, and Collision Guard torch protection software.
Original Press Release:
New Lincoln Electric Compact Robotic eCell(TM) Provides Cost-Effective Welding Solution
o Pre-engineered robotic platform offers quality, reliability and added safety
o Dual fixed table workstation is designed for small- to medium-sized parts
o Optimized layout for maximum flexibility while minimizing floor space
Cleveland, Ohio - For fabrication shops looking to dramatically enhance welding productivity on small- to medium-sized parts, The Lincoln Electric Company introduces its new eCell(TM) dual fixed table robotic cell. The eCell pre-engineered system is designed to provide a flexible automation layout that delivers consistent and predictable production for small parts lots or exceptionally high part production volumes. Shipped completely assembled and ready for immediate installation and ready production, the eCell is particularly suited for smaller shops seeking a low cost automation alternative to labor intensive arc welding.
eCell is capable of MIG (short arc and spray), Synergic MIG and MIG Pulse welding or Flux-cored arc welding procedures on parts which can be welded without reorientation. It can be used to weld a variety of materials including steel, stainless steel, and aluminum.
An exceptional reach/stroke ratio and high-axis speeds are at the core of eCell's Fanuc ArcMate 100iBe robot designed to deliver peak productivity for both simple and complex arc welding applications of all sizes and configurations. The R-J3iB Controller and easy-to-use ArcTool software provides reliable performance with affordability. The eCell includes Collision Guard torch protection software with password protection. eCell is also offered with Torch Mate (automatic tool centerpoint software) and Touch Sensing (automatic part location software) as options.
The heart of the new system is Lincoln's Power Wave 355 M, a digitally-controlled, 350-amp inverter welding power source capable of complex, high-speed communication. This welding power source features Lincoln's ArcLink® communication software, a Lincoln Nextweld(TM) innovation, allowing the system components to digitally communicate faster and more reliably than comparable analog-based systems. The unit features the industry's fastest response time for enhanced arc starting and superior arc control which results in reduced arc spatter, reduced fumes, and exceptionally smooth arc welding performance.
The Power Wave 355M is delivered with more than 60 factory-programmed standard waveforms optimized for a variety of materials or applications. Enabled through Waveform Control Technology(TM), another Lincoln Nextweld innovation, customers can choose a pre-programmed waveform or customize that program to best fit their application.
Manufactured to ISO 9001 Standards, eCell is compliant to ANSI/RIA 15.06-99, and includes ergonomic placement of operator panels, and controls. The eCells' 90-inch x 52-inch footprint minimizes floor space, and its forklift compatible base allows for portability for flexible manufacturing layouts. The cell arrives with a complete metal surround flash and safety barrier, and requires just power, compressed air, and welding consumables to be production ready.
The Lincoln Electric Company, Cleveland, Ohio, is the world leader in the design and manufacture of arc welding equipment and consumables, robotic welding systems, plasma and oxyfuel cutting equipment.
For more information on Lincoln's eCell, please contact The Lincoln Electric Company - Automation Division at 22800 St. Clair Avenue, Cleveland, OH 44117-1199, via phone at 1-216-383-2667 or at the company's web site: www.lincolnelectric.com to learn more.