Gudel will exhibit a grinding utility at Automate 2026. Supply: Titan Robotics
Grinding and floor ending of fabricated components is among the basic uninteresting, soiled, or harmful purposes which are appropriate for robotic automation. Sadly, this requires a number of robots and complicated half repositioning, which provides vital value and extends cycle instances whereas introducing new sources of variation within the course of, famous Güdel AG. At Automate 2026, the corporate plans to indicate a system designed to scale past these bodily constraints.
“Increasing the robotic’s workspace isn’t only a useful addition; it’s the issue that lastly makes automation possible for big, difficult-to-reach components,” mentioned Brenda Courim, director of gross sales and advertising at Güdel US.
Güdel Inc. is the U.S. subsidiary of Güdel Group, a Langenthal, Switzerland-based producer of automation merchandise, methods, and companies. The company provides linear movement modules, robotic monitor movement items, gantry robots, and elements to the automotive, aerospace, logistics, heavy industrial, press automation, and energy technology industries.
Güdel US is headquartered in a forty five,000 sq. ft. (4,180.6 sq. m) facility in Ann Arbor, Mich., and supplies North American clients with engineering, design, manufacturing, and customer support help.
Güdel guarantees stability, attain, and lowered funding
Not like commonplace stationary setups, Güdel mentioned its multi-axis movement methods present three key strategic benefits for the store flooring:
- Lowered capital funding: A single robotic can service a whole massive work envelope, eliminating the necessity for a number of mounted items and simplifying cell design, security, and controls.
- Enhanced course of stability: By conserving the robotic in a positive working posture, the system minimizes joint extremes and put on, guaranteeing repeatability throughout lengthy, high-force grinding cycles.
- Most uptime in harsh zones: Designed particularly for abrasive environments, the monitor methods shield crucial elements and place the robotic away from aggressive particles zones typical of grinding operations.
“Increasing the robotic’s workspace isn’t only a useful addition; it’s the issue that lastly makes automation possible for big, difficult-to-reach components,” mentioned Brenda Courim, director of gross sales and advertising at Güdel US. “The mixture of vertical carry and lengthy horizontal journey supplies a sensible manufacturing answer that may be up to date via software program as half designs evolve, slightly than requiring costly mechanical rework.”
Submit your session thought for the 2026 RoboBusinessAutomate demo to characteristic huge scale grinding
At Booth 1806 in Chicago’s McCormick Place, Güdel’s will exhibit how it’s overcoming the restrictions of conventional fixed-robot cells by including two extra levels of freedom to heavy-duty grinding purposes. By integrating its TrackMotion Vertical TMV and TrackMotion Floor TMF methods, Güdel permits a single robotic to take care of constant contact strain and path velocity throughout huge surfaces that may in any other case require a number of robots or advanced half repositioning.
The first present demo encompasses a FANUC R-1000 robotic outfitted with a grinding end-of-arm instrument. The robotic is mounted on a TMV system, which is itself built-in right into a TMF monitor. This particular utility was developed by methods integrator Titan Robotics to unravel the challenges of grinding massive weldments for a significant off-road tools producer.
“Functions like this present how producers can overcome the challenges of conventional robotic grinding,” mentioned Lou Finazzo, vp of gross sales at FANUC America. “By combining FANUC’s robotic efficiency with Güdel’s vertical and floor-mounted movement, clients acquire the attain, stability, and course of consistency wanted to automate massive, demanding grinding purposes.”
Gudel will exhibit a ending workcell with Titan Robotics and FANUC. Supply: Titan Robotics
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