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Tuesday, July 8, 2025

Tesollo to current humanoid robotic hand at AI for Good International Summit 2025


Tesollo to current humanoid robotic hand at AI for Good International Summit 2025

The Delto Gripper DG-5F, at prime, is the newest in a spread of grippers. Supply: Tesollo

Along with advances in locomotion and notion, humanoid robots require the flexibility to govern a spread of objects. Tesollo Inc. will present its flagship robotic hand on the AI for Good International Summit subsequent week in Geneva, Switzerland.

The Incheon, South Korea-based firm will exhibit its flagship mannequin, the Delto Gripper DG-5F, at Sales space 4568 on the Palexpo Conference Heart. It plans to emphasise the transformative potential of AI-robotics convergence in industrial and repair sectors.

“AI-based precision manipulation isn’t just about automating duties; it’s [also] a foundational ingredient of clever robots that may act and react like people,” stated a Tesollo spokesperson. “Collaborating in AI for Good gives a world platform for Tesollo to share its imaginative and prescient and collaborate with companions all over the world.” 

Delto Gripper mimics human movement

Tesollo has designed its next-generation robotic hand with 20 levels of impartial actuation, mimicking the human hand’s dexterity for duties involving advanced object manipulation, software use, and tremendous meeting. The corporate stated the Delto Gripper DG-5F‘s excessive levels of freedom allow advanced motions and exact greedy and manipulation.

The gripper is modeled on the scale and construction of an grownup male human hand, providing adaptability for dealing with instruments and interacting with real-world environments, in line with Tesollo. 

The corporate added that its robotic hand helps a number of grip modes, together with pinch, energy, and precision grips. This enables for versatile and optimized greedy relying on the scale, form, and weight of the article.

Non-obligatory high-precision power sensors mounted on the top effector’s fingertips can present real-time suggestions and get in touch with detection. Tesollo defined that the sensors allow slip prevention, stress modulation, and adaptive grasp management in response to environmental adjustments.

DG-5F hand designed for real-world use

Tesollo stated its humanoid hand replicates pure human movement patterns, making it appropriate for service and collaborative purposes involving human-robot interplay. It famous that the DG-5F is designed to fulfill the calls for of industries and analysis environments requiring human-level dexterity.

Constructed from light-weight and high-strength supplies, the machine will keep its sturdiness, even in repetitive, excessive pace operations reminiscent of in demanding industrial purposes, Tesollo claimed.

As well as, the end-of-arm tooling (EOAT) incorporates a user-friendly management interface and ROS 2 compatibility for straightforward integration with a variety of robotic platforms.

Tesollo cited potential purposes for its robotic hand, starting from human conduct modeling, AI pushed manipulation, and management algorithm analysis to precision meeting, industrial automation, logistics, and teleoperation in service robotics.

Tesollo seeks international growth

Based in 2019, Tesollo has developed a spread of grippers and automatic choosing programs. Final 12 months, it entered the North American market with its three-fingered DG-3F gripper.

The firm has been increasing, and it stated it views the AI for Good International Summit as a possibility to broaden into the European and Center Jap robotics markets.

In the course of the exhibition, Tesollo will show its Twin-arm and Twin-hand teleoperation programs, precision grasp algorithms, and sensor integrations.

Organized with the Swiss authorities and co-hosted by the Worldwide Telecommunication Union (ITU), the summit will concentrate on utilizing robotics and synthetic intelligence to resolve international challenges. It is going to characteristic programming on AI ethics, governance, youth robotics challenges, sustainability, and worldwide standardization.



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