A TM cobot arm with a Tesollo three-finger gripper picks from a bin at AW 2026. Supply: Tesollo
SEOUL — Drive- and power-limited robots and humanoid robots want good grippers to deal with a widening vary of purposes. On the 2026 Good Manufacturing unit & Automation Business Exhibition, often known as Automation World or AW, Techman Robotic Korea and Tesollo Inc. offered an articulated, multi-jointed greedy system they mentioned is optimized for high-mix, low-volume manufacturing.
“When the industrial reliability of collaborative robots is combined with adaptive grasping technology, it becomes possible to extend processes that are difficult to address with conventional automation,” asserted Techman Robotic. “This will be an alternative that can secure both flexibility and scalability in the manufacturing and logistics industries.”
Techman Robotic Korea is a subsidiary of Taoyuan, Taiwan-based Techman Robotic Inc., and Tesollo relies in Incheon, South Korea. The businesses had beforehand demonstrated teleoperation combining a humanoid robotic hand with a TM robotic arm. Tesollo final month commercialized its DG-5F-S five-fingered gripper.
“Our Korean customers include Samsung, LG Electronics, and Hyundai, and we have too many U.S. orders to list,” Jaesuk Choi, strategic planning staff supervisor at Tesollo, informed The Robotic Report. “A camera can be mounted underneath the Delto gripper on the TM arm, and we have a maximum payload of 20 kg [44 lb.]. The fingertips can be equipped with tactile sensors.”
Among the many different firms with bi-manual teleoperation demonstrations at AW 2026 had been Bigwave Robotics, in addition to WeGo Robotics with OnRobot at Common Robots’ sales space.
TM5S, DG-3F-M combo gives dependable greedy, say companions
At AW 2026, Techman and Tesollo confirmed a process-oriented system that they mentioned might be straight deployed in industrial websites. By combining dependable collaborative robots with adaptive grippers, the collaborators mentioned they provide versatile automation for actual manufacturing strains.
On the middle of the companions’ exhibit was an automatic workcell integrating the TM5S cobot and the DG-3F-M, Tesollo’s three-finger articulated gripper.
“TM robots provide proven operational stability in industrial environments, featuring high-precision repeatability, an intuitive teaching environment, and built-in vision-based position correction,” claimed Techman. Shin-young Yoon is nation supervisor of Techman Robotic Korea.
Tesollo added that the DG-3F-M’s articulated construction allows processes past the limitations of standard automation. The gripper delivers a rated payload of two.5 kg (to a most of 5 kg) in pinching mode and 10 kg (max. 15 kg) in enveloping mode.
In contrast to parallel grippers with easy linear open/shut movement, The DG-3F-M’s three fingers can actively adapt to the thing’s form and enhance the contact space to obtain steady greedy, the corporate famous. This permits dealing with of combined, randomly oriented elements, non-uniform parts with inconsistent poses, and heterogeneous elements with numerous geometries.
This gripper can be built-in not solely with the TM5S, but in addition with varied payload lineups such because the TM12, TM14, and TM16, broadening its utility scope, mentioned Tesollo. “This indicates a platform structure that can be flexibly expanded beyond a single cell configuration according to process scale and load requirements,” it mentioned.
The three-finger DG-3F-M gripper is designed for industrial purposes. Supply: Tesollo
Tesollo and Techman see utility potential
Standard automation has confronted structural constraints the place jigs should be changed or processes have to be redesigned each time half shapes change, noticed Tesollo. Nonetheless, when the TM arm’s steady movement management is mixed with the DG-3F-M’s shape-adaptive greedy, the robotic can reply extra rapidly to course of modifications whereas sustaining productiveness.
Tesollo and Techman mentioned their joint providing is appropriate for high-mix, low-volume manufacturing. For instance, it may be used in processes such as one-kit plate operations that transport a number of elements without delay for meeting in the automotive and electronics manufacturing industries, that are necessary in South Korea.
The system can be relevant to automated selecting and aligning of irregular elements in bin-picking logistics, in addition to meeting processes that mix elements of totally different shapes.
A high-mix demo at AW 2026 that includes the DG-3F-M and DG-2F grippers. Supply: Tesollo
Two-fingered gripper provides motions
Tesollo additionally launched the DG-2F, a two-finger articulated gripper that it mentioned can overcome the restrictions of standard parallel-jaw kinds. Whereas it follows the most generally used two-finger kind consider industrial settings, the end-of-arm tooling incorporates a multi-axis articulated design internally.
In contrast to a regular 1 degree-of-freedom parallel jaw, the DG-2F has a multi-axis articulated design. Supply: Tesollo
The corporate mentioned this allows numerous motions such as vertical greedy, horizontal greedy, and angle-adjusted greedy.
This design permits steady dealing with of totally different half geometries with out altering jigs, making the DG-2F appropriate for general-objective industrial processes, based on Tesollo.
“Articulated grippers are no longer research equipment—they are now a core robot component directly tied to productivity in high-mix, low-volume production environments,” acknowledged Tesollo CEO Youngjin Kim. “We will continue to expand flexible automation solutions that can be deployed immediately in real processes through integration with collaborative robots.”
Different robotic gripper builders at AW 2026 this week included Robotis and Wonik Robotics.
