Humanoid Gripper Hands Flex At AW 2026

A humanoid hand on a factory arm just bought flexibility.

At AW 2026 in Seoul, Tesollo and Techman Robot Korea unveiled an articulated, multi-jointed grasping system pitched for high-mix, low-volume production. The showpiece pairs Tesollo’s three-finger gripper with Techman’s TM cobot arm, a combination the partners describe as a bridge between industrial reliability and adaptive grasping. The talk track centers on versatility: instead of a single, one-size-fits-all gripper, the pair emphasize a modular approach that can tackle a range of part geometries without reprogramming the entire line.

Demonstration footage from the booth shows a TM arm carrying a Tesollo end effector, with a camera mounted under the Delto-style gripper to aid part inspection and alignment. Tesollo has already commercialized its DG-5F-S, a five-fingered gripper, and its Korean customers—Samsung, LG Electronics, Hyundai—were cited as early adopters ahead of a broader U.S. tranche of orders. The collaboration’s practical angle is clear: a bin-picking scenario where a cobot hand must handle diverse shapes and weights in a single cell, a task notoriously awkward for traditional fixed-gripper automation. The show notes suggest a payload ceiling of 20 kg (44 lb) when the Delto gripper is mounted on the TM arm, a meaningful constraint that nonetheless covers many mid-size components common in consumer electronics and automotive-adjacent supply chains.

The technical storytelling around this system leans into a familiar script: blend collaborative-robot reliability with adaptive grasping to extend processes customers would otherwise outsource to manual labor or disjointed automation islands. Engineering documentation shows that the hand is capable of multiple grasp strategies, while the TM arm provides the reach and stiffness to execute them. Demonstration footage shows teleoperation in action, a nod to the ongoing reality that many “adaptive” tasks are still run by skilled operators guiding the gripper rather than fully autonomous planning in the wild. The project’s emphasis on high-mix, low-volume production aligns with a real pain point in modern factories: retooling cycles and changeover costs make fixed automation less economical for parts that come in variable shapes or orders that spike irregularly.

Yet the public brief leaves several critical details under wraps. The article and show materials do not disclose precise degrees of freedom for the humanoid hand or the arm’s joint count, nor do they publish power sources, runtime, or charging schemes. In other words, the public-facing specs do not yet tell us whether this is battery-powered, wired, or what the endurance looks like in a real shift. It’s also unclear whether the system is truly field-ready or remains a controlled-environment demonstration tethered to AW exhibit norms. What is documented is a credible step beyond simple bin-picking with a two-finger gripper: a five-finger end effector riding a capable arm with integrated sensing, aimed at giving contract manufacturers a “flexible automation” lever without committing to bespoke tooling for every SKU.

From a practitioner’s perspective, two to four actionable takeaways stand out. First, the 20 kg payload on the Delto-mounted setup is a practical threshold for mid-sized assemblies, but it also highlights a natural bottleneck: the hand’s ability to regrip and reorient heavier or oddly shaped parts without retooling remains to be proven at scale. Second, the teleoperation element hints at a hybrid path to deployment where operators retain some control during changeovers, trading off autonomy for reliability in the tough early adopter phase. Third, this approach promises true adaptability across part families—if the grip profiles, tactile feedback, and calibration routines stay manageable as SKUs proliferate, it could shorten line changeover times compared with single-task automation. Fourth, the lack of published power and runtime data means buyers should treat this as a capability demonstration rather than a turnkey field solution—yet.

In short, this is a notable incremental step, not a revolution. It signals that the industry is moving toward grippers and arms that talk to each other in more than just teach-and-run cycles, but it remains to be seen how far that integration travels from the booth to the production floor.

Sources

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