Wednesday, June 28, 2023
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ABB has launched two new variants of its GoFa collaborative robot. The GoFa 10 and GoFa 12 open new possibilities for companies to leverage cobot automation for enhanced efficiency. Handling payloads of up to 10 and 12 kilograms with market-leading repeatability, the cobots accomplish an expanded range of tasks in close collaboration with factory workers, addressing skills and laboUr shortages while improving safety and productivity.
“Since our YuMi cobot hit the market in 2015, we have built up an unparalleled cobot portfolio meeting growing demand for safe and easy-to-use automation solutions to plug gaps in skilled labor,” said Marc Segura president, ABB Robotics. “Addressing the need for collaborative robots with higher payloads and longer reach, our GoFa 10 and 12 cobots extend the benefits of automation to new industrial applications, even for first time users.”
In addition to their enhanced payloads, the GoFa 10 and 12 cobots offer class-beating tool center point (TCP) speeds of up to two meters per second with 0.02-mm of deviation for greater repeatability – a two-fold improvement over comparable solutions. IP67-certified against moisture and dust ingress, they extend the benefits of fast and accurate collaborative robotics to new industrial applications, automating demanding tasks such as machine tending, welding, parts handling, polishing, and assembly.
The GoFa 10 and 12 cobots are straightforward to program, deploy, and use, lowering barriers to automation for first-time users and SMEs. Setup is made easy with lead-through programming and ABB’s Wizard easy programming software, allowing even non-specialists to quickly automate their applications by manipulating simple graphical command blocks rather than writing complex programming code.
The GoFa 10 and GoFa 12 cobots are powered by ABB’s OmniCoreTM controller. The combination of OmniCore’s class-leading motion control provided by ABB’s TrueMove and QuickMove motion control technologies and GoFa’s intelligent torque and position sensors ensures the smooth movements needed for high precision surface finishing, fastening, assembly, and testing tasks. Energy saving features including power re-generation and brake energy recovery reduce power requirements by up to 20 percent, enhancing sustainability.