Techman Robotic Korea, the South Korean subsidiary of worldwide collaborative robotic firm Techman Robot headquartered in Taiwan, and Tesollo, a South Korean specialist in robotic grippers, will current an articulated, multi-jointed gripper-based automation resolution optimized for high-mix, low-volume manufacturing environments on the 2026 Good Manufacturing facility & Automation Trade Exhibition (Automation World).
Following final yr’s teleoperation demo combining a humanoid robotic hand and a TM robotic arm, the 2 corporations have shifted this yr’s exhibition idea to a process-oriented resolution that may be instantly deployed in industrial websites.
The core of this collaboration is to implement versatile automation required on actual manufacturing traces by combining the economic reliability of collaborative robots with the shape-adaptive greedy know-how of articulated grippers.
On the heart of the exhibition is an automation cell integrating the TM5S collaborative robotic and Tesollo’s three-finger articulated gripper, the DG-3F-M.
TM robots present confirmed operational stability in industrial environments, that includes high-precision repeatability, an intuitive educating setting, and built-in vision-based place correction.
With the addition of the DG-3F-M’s articulated construction, it turns into attainable to increase processes past the constraints of standard automation.
The DG-3F-M delivers a rated payload of two.5 kg (max. 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, its three fingers actively adapt to the thing’s form and enhance the contact space to attain secure greedy.
This allows dealing with of blended, randomly oriented components, non-uniform elements with inconsistent poses, and heterogeneous components with numerous geometries.
Specifically, this gripper will be built-in not solely with the TM5S but additionally with numerous payload lineups such because the TM12, TM14, and TM16, broadening its utility scope.
This means a platform construction that may be flexibly expanded past a single cell configuration in response to course of scale and cargo necessities.
This resolution is drawing consideration as a mannequin optimized for high-mix, low-volume manufacturing environments.
For instance, it reveals robust applicability in processes resembling one-kit plate operations that transport a number of components directly for meeting within the automotive and electronics manufacturing industries, bin-picking logistics processes that mechanically choose and align irregular components, and heterogeneous components meeting processes that mix components of various shapes.
Standard automation has confronted structural constraints the place jigs should be changed or processes redesigned at any time when half shapes change.
Nevertheless, when TM robots’ secure movement management setting is mixed with the DG-3F-M’s shape-adaptive greedy know-how, it turns into attainable to reply extra rapidly to course of modifications whereas sustaining productiveness.
That is evaluated as an automation route nicely suited to the economic shift towards elevated high-mix, low-volume manufacturing.
Additionally unveiled is the DG-2F, a two-finger articulated gripper that extends the constraints of standard parallel-jaw types.
Whereas it follows essentially the most generally used two-finger type think about industrial settings, it incorporates a multi-axis articulated design internally, enabling numerous motions resembling vertical greedy, horizontal greedy, and angle-adjusted greedy.
This permits secure dealing with of various half geometries with out altering jigs, making it appropriate for general-purpose industrial processes.
Tesollo CEO Youngjin Kim acknowledged, “Articulated grippers are not analysis tools – they’re now a core robotic element instantly tied to productiveness in high-mix, low-volume manufacturing environments.
“We’ll proceed to increase versatile automation options that may be deployed instantly in actual processes via integration with collaborative robots.”
Techman Robotic added: “When the economic reliability of collaborative robots is mixed with adaptive greedy know-how, it turns into attainable to increase processes which are troublesome to deal with with standard automation.
“This might be an alternate that may safe each flexibility and scalability within the manufacturing and logistics industries.”
