ABB Energy-Efficient Robots Reduce Cycle Times
ABB introduces its IRB 7710 and IRB 7720 robots, designed for energy efficiency and improvement in the automotive industry.
ABB Robotics’ IRB 7710 and IRB 7720 offer 16 variants and are designed to support applications across various industries. Operators can choose from a wide range of ABB robots to handle various applications for electric vehicles (EV), hybrid and traditional car production — spanning from press automation, body-in-white, EV battery construction and final assembly. These robots are designed for high payload assembly, such as giga casting, high-speed press tending and palletizing as well as high-accuracy contact applications, such as machining and friction stir welding.
Powered by OmniCore, the robots can achieve motion control with path accuracy down to 0.6 mm, even with multiple robots running at high speeds of up to 1,600 mm/s and moving payloads of up to 620 kg. The company says customers can benefit from up to 25% reduction in cycle times. In the automotive industry, the IRB 7710 with the OmniCore controller can boost the production output of robotic press lines from 12 to 15 strokes per minute to produce 900 parts per hour. Furthermore, in the construction sector, the robots can support the growth in modular construction, capable of constructing steel building frames and surface finishing, which can enable improvements in speed and quality.
According to the company, the IRB 7710’s energy efficient design in combination with OmniCore’s regeneration technology achieves up to a 30% energy reduction, while the built-in power pack can relay energy back to the grid.
Related Content
-
Swiss-Type Add-On System Enables In-Line Inspection
When small part inspection and/or segregation is critical, this flexible, automated unloading and palletizing system for Swiss-type lathes can be the answer.
-
Starting Small with Automation
Quick-change workholding and flexible robotic automation started this small shop on the path to success.
-
High-Volume Machine Shop Automates Secondary Ops
An Ohio contract shop added a compact, self-loading CNC lathe to perform unattended secondary ops on a part for a key customer rather than running it on a manually loaded chucker.