High-Mix Humanoid Gripper Debuts at AW 2026

A humanoid hand on a TM arm can lift 20 kg—and the demo targets flexible factories.

At AW 2026 in Seoul, Tesollo and Techman Robot Korea rolled out a joint system designed for high-mix, low-volume production, pairing Tesollo’s humanoid hand with a Techman robotic arm in what they describe as an adaptive-grasping, “industrially reliable” solution. The showpiece is an articulated, multi-jointed grasping system they say bridges the gap between flexible hand dexterity and the predictable motion of traditional automation. The two companies previously teased teleoperation that linked a humanoid hand to a TM arm; this outing pushes that concept toward a more integrated configuration intended for manufacturing aisles rather than lab benches.

Key specs from the demonstration point to a system that’s already leaning on a robust end effector: Tesollo’s DG-5F-S five-fingered gripper. The fingertips can be equipped for tactile feedback and varied grip profiles, and, crucially, the team cited a maximum payload of 20 kg (44 lb) for the combined arrangement. A camera can be mounted underneath the Delto gripper on the TM arm, expanding sensing for object recognition, pose estimation, and grasp planning in cluttered environments. The materials also indicate the fingertips can be customized, suggesting a design oriented toward rapid tool changes in a high-mix environment rather than a single, locked-use task.

But the exhibit materials leave essential gaps that matter for real-world deployment. The press materials do not publish the degrees of freedom (DOF) for either the Tesollo humanoid hand (DG-5F-S) or the Techman arm—critical data for evaluating true dexterity and control bandwidth in unpredictable parts-handling scenarios. In practice, a five-finger hand can imply a wide range of architectures (one joint per finger, multiple joints per finger, or more complex tendon arrangements), and without DOF counts it’s impossible to judge whether the system can nimbly regrip, reorient, or compensate for sensor noise on the fly. The power source, runtime, and charging requirements for the integrated system are similarly undocumented, a non-trivial omission when evaluating automation on a factory floor where uptime and energy budgets matter.

From a practitioner’s lens, the teleoperation lineage is both a feature and a caveat. Demonstration footage shows the hand being guided to grasp and release objects with assistance from a human operator, a nudge toward reliability in fragile handling tasks. That’s valuable for high-mix lines—where product variance is high and tool changes are frequent—but it’s not the same as autonomous grasping with robust fault handling. For industries eyeing autonomous material handling, the absence of autonomous grip planning, tactile sensing integration, and autonomy-grade perception remains a gating issue.

Compared with Tesollo and Techman’s earlier demonstrations, the AW 2026 display marks a step toward a more integrated hand-arm package rather than isolated teleoperation. The 20 kg payload capability broadens the envelope beyond light-duty pick-and-place, hinting at tasks like mid-volume, mixed-part assembly, or heavier bin-pick operations. But the leap to field-ready production will hinge on verified DOF, confirmed power and runtime, and a demonstrated end-to-end safety framework for human-robot collaboration on a shared line.

Two concrete watchpoints for the next updates: (1) a transparent DOF disclosure and a clear autonomy roadmap, showing whether the system can operate with limited human intervention; (2) field pilots or a published SLAM-based perception-and-grasp loop to validate reliable operation in real factories with dynamic parts and human coworkers. Until then, the system remains a promising but demonstrational blend of humanoid dexterity and industrial reliability—on the cusp of production, not yet in it.

Sources

Tesollo and Techman Robot unveil robot for high-mix, low-volume production