Güdel widens robotic grinding reach at Automate 2026

A single robot can service an entire large work envelope.

Grinding and surface finishing of fabricated parts has long been a case study in automation friction: it’s dirty, dangerous, and typically requires multiple robots and intricate part repositioning that jacks up cost and stretches cycle times. Güdel plans to challenge that setup at Automate 2026 with a grinding system designed to scale beyond the usual physical limits of fixed robots. The claim is straightforward but potentially transformative for shops wrestling with large, hard-to-reach parts: expanded workspace can be the difference between automation that makes sense and automation that never pays off.

Güdel says the new multi-axis motion approach tackles the two dominant pain points in grinding automation. First, it cuts capital expenditure by letting a single robot cover a broad work envelope, eliminating the need for several fixed units and the safety, cell design, and controls overhead they demand. Second, it aims to stabilize the process by keeping the robot in a favorable posture, reducing the amount of reorientation and repositioning that typically introduces variability into grinding and finishing cycles. The company emphasizes that expanding the robot’s reach is not a marginal improvement but a fundamental enabler for automating large, difficult-to-reach components.

The Automate 2026 showcase also underscores Güdel’s broader role in automating material processing lines. Güdel Group, headquartered in Langenthal, Switzerland, supplies linear motion modules, robot track motion units, gantry robots, and related components. Güdel US operates from a 45,000-square-foot facility in Ann Arbor, Michigan, and provides engineering, design, production, and customer service support to North American customers across automotive, aerospace, logistics, heavy industry, press automation, and power generation ecosystems. The company frames its shift toward expanded robot workspaces as a practical path to more stable, repeatable grinding workflows, rather than a mere hardware novelty.

Brenda Courim, director of sales and marketing at Güdel US, framed the move as a strategic pivot for the shop floor. “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,” she said. The framing suggests a staged, practical rollout rather than a cosmetic update: a single robot, working across a larger zone, handling tasks that previously demanded coordinated juggling of multiple units and substantial fixture work.

In the language of the shop floor, the promise is clear but the proof remains to be seen in live production. Güdel promises three key strategic advantages for the floor: reduced capital investment, enhanced process stability, and a third benefit not fully detailed in the available materials. What matters for engineers and operators is that the approach targets the root costs and variability that plague grinding automation today: the need to orchestrate multiple robots, the complexity of safety and controls, and the cycle-time drag caused by part handling.

Industry watchers will want to see metrics from Automate 2026, particularly around cycle time, surface finish consistency, and integration with grinders and dressing cycles. If the single-robot, broad-work-envelope concept holds up under real-world parts and process conditions, it could shift the calculus of automation ROI for large components, where traditional fixed robots have limited reach and long, costly setup times.

Two to four practitioner insights emerge from this direction: