Stäubli Robotics to Show New Manufacturing Technologies at IMTS 2022 in Chicago
Robotic machine tending, collaborative mobile robotics and other technologies for optimizing process efficiency and boosting productivity
The biennial International Manufacturing Technology Show (IMTS), billed as the largest and longest-running industry trade show in the Western Hemisphere, will take place at McCormick Place in Chicago, IL on September 12-17. In North Hall, Booth 236262, Stäubli Robotics will exhibit advanced robots used to help manufacturers meet new challenges and changing market demands across a range of industries worldwide.
Stäubli Robotics, which is celebrating its 40th anniversary this year, works closely with systems integrators, OEMS and end users to engineer solutions for some of the most pressing issues facing manufacturers today. The company will present live demos recreating real-world applications in industrial manufacturing, with an emphasis on robotic machine tending.
While relatively new to factory floors, robotic machine tending offers solutions to age-old pressures to improve efficiency and productivity without compromising quality or safety. As requirements grow stricter, the drive to modernize production is taking on greater urgency. Stäubli will demonstrate its machine tending technologies using a stationary.

The TX2-60 will load and unload products, then inspect and mark them. As it carries out these tasks, the HelMo robot glides along autonomously, loading and unloading pallets of finished parts with accuracy in the range of tenths of a millimeter. With a CS9 controller, three laser scanners, a tactile enclosure and optional safe skin, HelMo is also a reliable cobot (collaborative robot) that works safely alongside humans while relieving them of repetitive and dangerous tasks.
As trends toward more customization, small batch orders and shorter production cycles continue, flexibility is top of mind for manufacturers. Stäubli makes it a cornerstone of product development. The company will run through a high-precision laser cutting process with a TX2-160L HDP (High Dynamic Precision) robot, demonstrating its exceptional path accuracy at various cutting speeds, high rigidity, and ability to access complex parts.