Adaptive Gripper Duo Targets High-Mix Manufacturing

Adaptive grippers let a single line handle dozens of parts. Techman Robot Korea and Tesollo are rolling out an articulated, multi-jointed gripper-based automation solution designed specifically for high-mix, low-volume production environments, and they’re taking it to Automation World 2026 as their platform to prove the concepts behind the hype.

The pairing is built to complement collaborative robots on factory floors that chase variety rather than volume. The idea is simple in theory: give a single cell the mechanical dexterity to pick up, orient, and place a wide range of parts without swapping out tooling or fixtures. In practice, that means a gripper with adjustable “fingers” and joints that can wrap around irregular edges, grasp tiny components, or cradle oddly shaped parts without manual intervention. Production data shows that high-mix lines spend a disproportionate share of cycle time on gripper changeovers, regripping, and orientation checks. The Tesollo-Techman combo seeks to compress those non-value-added steps into a programmable, repeatable process that travels with the part family rather than with a dedicated tooling stack.

Industry watchers say the significance isn’t merely the grip geometry. It’s the orchestration between a flexible gripper and a collaborative robot that can be taught, tested, and redeployed in days rather than weeks. That matters on lines where a 10- or 20-part family can morph into a 50- or 70-SKU week after week. The system is pitched as a way to reduce line stoppages caused by tool changes, while retaining the fine-tuned control that humans still bring to the most delicate operations. The automation world has long wrestled with the tension between “one setup fits all” and “one line per part,” and this vendor pairing leans toward the former—at least on paper.

From an integration perspective, the solution foregrounds fit-for-purpose assets rather than bespoke fixtures. Floor space, power requirements, and control interfaces are the usual gating constraints for any high-mix automation push, and early demonstrations at Automation World will likely foreground how quickly a line can absorb the new gripper without destabilizing other processes. Expect questions about I/O mapping, PLC compatibility, and the training burden on operators who must now supervise a more adaptable cell rather than a single-task robot.

Two practitioner truths emerge for anyone considering this approach. First, even with adaptive grippers, changeovers aren’t magically instantaneous. Programmers must map new part geometries to the gripper’s motion profile, confirm reliable part orientation, and validate end-of-arm-tooling paths against the line’s safety and cycle-time budgets. Second, the hidden costs aren’t glamorous but real: gripper wear in mixed-material environments, maintenance cycles for sensors and fingers, calibration drift after hundreds of gripping cycles, and the ongoing need for training hours so floor teams stay current with software and grip configurations. Vendors often trumpet “seamless integration,” yet operators know the truth: the best deployments are the ones where the integration plan includes days of on-site calibration, a spare-parts strategy, and a scheduled handover for operators to own the gripper’s behavior.

For plant managers and automation engineers weighing the math, the coming field data will be decisive. Without deployed numbers yet, the ROI remains a forecast rather than a proven figure. What’s clear is the strategic shift: toward grippers capable of absorbing variety with minimal mechanical change, paired with cobot platforms that can adapt on the fly. If the real-world data matches the promise, the industry may finally begin counting days, not parts, in changeovers.

Sources

Techman Robot and Tesollo unveil adaptive robotic gripper solution for high-mix manufacturing