Daimon Robotics Unveils Revolutionary Product Line, Shaping the Future of Robotics

Introduction



On April 16, 2025, Daimon Robotics marked a significant milestone by unveiling its innovative product line designed to revolutionize the field of robotics. This launch not only introduces cutting-edge technologies but also accelerates the industrialization of embodied intelligence, a concept that integrates robot perception, operation, and learning processes.

The Groundbreaking Product Line



The new product line includes the world's first Multi-dimensional High-resolution High-frequency Vision-based Tactile Sensors (DM-Tac W), a highly sophisticated Multidimensional Tactile Sensing Dexterous Hand (DM-Hand1), and a Portable Wearable Teleoperation Data Collection System (DM-EXton). Each product plays a crucial role in enhancing robotic capabilities, marking a substantial leap forward in robotics technology.

DM-Tac W: High-Density Tactile Sensing



At the heart of this innovation is the DM-Tac W sensor. This multi-dimensional sensor features a high-resolution and high-frequency vision-based interface, integrating a camera within its design. This enables real-time capture of the deformation field upon contact, employing proprietary algorithms for robust tactile perception. With around 40,000 sensing units per square centimeter, DM-Tac W significantly outperforms the human hand's baseline of 240 sensing units per square centimeter. This vast array allows for the detection of various attributes such as shape, texture, and hardness, equipping robots with tactile abilities akin to human touch. Also, this sensor's capacity to perceive slippage, contact force, and tangential force enhances its adaptability in complex manipulative tasks, marking a notable achievement in Daimon's technological pursuits.

DM-Hand1: Enhanced Dexterity in Robotics



Complementing the tactile sensor is the DM-Hand1, an advanced end effector that mimics human hand structure while offering superior dexterity. With a hybrid force-position control algorithm, it accurately emulates human grasping movements. Notably, the DM-Hand1 utilizes a vision-based tactile sensor that has been optimally reduced to millimeter thickness, enabling flexibility and adaptability unmatched by prior robotic hands. This enhanced dexterity allows the DM-Hand1 to interact delicately with a variety of objects, providing advanced capabilities such as adaptive gripping for fragile items and precise assembly of complex components.

DM-EXton: The Future of Teleoperation



The DM-EXton marks another significant addition to the product line, showcasing a portable and wearable teleoperation system designed for remote control and data collection. Its cutting-edge features position it at the forefront of the market, facilitating robot learning and operation from a distance. This aspect of teleoperation is crucial for industries looking to innovate and optimize robotic applications in logistics, manufacturing, and more.

Comprehensive Product Line and Market Impact



Daimon Robotics' new product line not only embodies cutting-edge technologies but also integrates core advancements in robot perception, manipulation, and learning. Already under development in small-scale projects across smart logistics, intelligent manufacturing, and laboratory automation, these products are now available for global developers. As Daimon Robotics continues to advance, future products including DM-Tac F and DM-Hand2 are set to be released in 2025, further enhancing the landscape of embodied artificial intelligence. The introduction of this product line symbolizes a leap towards intelligent automation and the next generation of robotics.

Conclusion



Daimon Robotics is paving the way for the future of robotics with this innovative product line. By harnessing advanced sensors and dexterous hands, the company not only enhances robotic capabilities but also accelerates the integration of embodied intelligence into various industries. This is an exciting development for those eager to see the future of robotics unfold before their eyes.

Topics Consumer Technology)

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