Tesollo, an innovative South Korean startup at the forefront of developing advanced multi-joint robotic grippers and sophisticated AI-driven solutions, is making a significant mark on the global stage. The company announced its participation in the highly esteemed International Conference on Learning Representations (ICLR) 2025, commencing today in Singapore. This premier academic event, alongside NeurIPS and ICML, is recognized as one of the world's top three conferences in the field of artificial intelligence, attracting leading researchers and industry players from across the globe to share cutting-edge advancements and recognize exceptional scholarly work.

At ICLR 2025, Tesollo is set to unveil its meticulously engineered humanoid robot hands: the Delto Gripper 5-Finger (DG-5F) and the Delto Gripper 3-Finger (DG-3F). These cutting-edge robotic hands represent a significant leap forward in mimicking the dexterity and functionality of the human hand, promising to revolutionize various industrial and collaborative robotic applications.

The Delto Gripper 5-Finger (DG-5F) stands out for its comprehensive features and human-centric design. Tesollo highlights its seamless compatibility with a wide array of industrial and collaborative robot systems, offering versatile integration for diverse tasks. Furthermore, the DG-5F supports a dedicated developer mode, empowering researchers and engineers with greater control and customization capabilities. A key technological advancement lies in its ability to provide precise feedback on both the positional accuracy and the electrical current of each individual motor within the hand. According to a company spokesperson, the DG-5F has been engineered to closely emulate the intricate structure of the human hand. This biomimetic design, coupled with sophisticated control algorithms derived from reinforcement and imitation learning, ensures that simulations translate effectively into real-world performance with minimal deviation, resulting in remarkably natural and accurate object manipulation.

Building upon their expertise, Tesollo is also presenting an enhanced iteration of its three-finger gripper, the Delto Gripper 3-Finger-M (DG-3F-M). This upgraded version showcases significant improvements in both size and power. Notably, the finger thickness has been reduced by an impressive 40% compared to previous models, allowing for more intricate and precise grasping in confined spaces. Simultaneously, the torque strength has been doubled, providing the DG-3F-M with a robust grip capable of handling a wider range of objects with greater security. Tesollo emphasizes that the design enhancements of the DG-3F-M directly address potential issues related to collisions and interference during object manipulation. Moreover, the company has focused on bolstering the gripper's overall durability and ease of maintenance, thereby elevating its reliability to a level suitable for demanding mass production line deployments.

Looking ahead, Tesollo articulated a clear vision for the future of robot automation. A company representative stated, "Beyond the innovative robotic hand products we are showcasing at ICLR, Tesollo is deeply committed to the continuous advancement of our core technologies and product offerings. Our goal is to be a driving force in shaping the robot automation market." This commitment is further underscored by the company's strategic intent to actively engage with the international robotics and automation community. Tesollo plans to participate in a diverse range of prominent global academic conferences and industry exhibitions, including the ICLR, to aggressively pursue opportunities for international market expansion and establish itself as a key player in the global robotics landscape. Their presence at ICLR 2025 signifies a pivotal step in this ambitious journey, bringing their cutting-edge "human-like" robotic hands to the attention of the world's leading AI researchers and potential industry partners.