Güdel expands robot reach to cut grinding costs

A single robot now covers a giant grinding envelope, slashing costs.

Güdel is heading to Automate 2026 with a system that pushes grinding and surface finishing beyond the limits of traditional stationary robots. For years, grinding hard or awkward parts has demanded several robots and a tangle of part reorientation, leading to higher capital outlays, longer cycle times, and more process variation. Güdel argues that the real constraint isn’t the grinder itself but the workspace it operates in. By extending the robot’s reach with integrated vertical and horizontal motion, the company says the workflow becomes simpler, faster, and more predictable.

“Expanding the robot’s workspace isn’t just a helpful addition; it’s the factor that finally makes automation feasible for large, difficult-to-reach parts,” Brenda Courim, director of sales and marketing at Güdel US, said ahead of the show. The approach centers on multi-axis motion systems that pair with their track, gantry, and linear modules to deliver a single, scalable automation concept rather than a fleet of fixed units.

Deployment data shows that a single robot can service an entire large work envelope, eliminating the need for multiple fixed units and simplifying cell design, safety, and controls. That touted reduction in capital investment is paired with a promise of more stable processing conditions. Enhanced process stability comes from keeping the robot in a favorable working posture, which Güdel says helps minimize variation and wear, a perennial concern in grinding operations where posture and reach dictate tool life and part quality. The broader implication is a design philosophy: you don’t bolt more robots onto a small, fragile workflow; you redesign the workspace so one capable robot can handle the job from start to finish.

The Automate preview also signals strategic breadth. Güdel serves automotive, aerospace, logistics, heavy industrial, press automation, and power generation sectors, and the company emphasizes that the integrated motion approach can scale from simple tasks to large, complex parts. The U.S. arm operates from a 45,000 square foot facility in Ann Arbor, Michigan, offering engineering, design, production, and service support that can help customers tailor the system to their lines and safety requirements. In practice, that means integration requirements will center on aligning the Güdel motion system with existing controls, programming, and safety architectures while preserving the footprint and workflow of the grinding cell.

From the plant manager’s vantage point, the most compelling ROI hinges on the balance of throughput and capital spent. With the traditional model, cycle times often balloon as operators reposition parts and recheck alignment between stations. A workspace that keeps the part within a single robot’s sweet spot should reduce handling steps, a factor that typically translates to shorter cycle times and steadier throughput. Yet there is a caveat: cycle times and overall throughput will still hinge on the part geometry, the grinding path, and the system’s ability to absorb variability in a live line. In other words, the payoff is real when the process itself is designed around the robot’s expanded envelope, but the numbers will be application specific.

Industry observers will be watching closely how the system integrates with existing automation and how maintenance scales when a single, larger motion system handles a broad set of tasks. Tradeoffs include upfront space planning and the need for robust control logic to coordinate the extended motion profile with grinders or inspection steps. The upside is a cleaner cell, reduced capital outlay, and a more deterministic workflow for dull, dirty, or dangerous grinding applications that have long resisted automation.

In sum, Güdel’s Automate 2026 preview positions multi-axis motion as not just a clever add-on but a business decision that can redefine grind cell economics by elevating reach, stability, and ROI.