Advanced Tactile Intelligence Redefining Embodied Intelligence
Advanced Tactile Intelligence
Redefining Embodied Intelligence
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DM-Tac W DM-Tac-F
Vision-based Tactile Sensor
With rich sensing modalities and ultra-high spatial sensing resolution,
it addresses a key challenge in robotics — allowing grippers and
dexterous hands to perform fine tasks accurately
Visuotactile Gripper
Visuotactile Gripper
Precise Grasping, Flexible Control
DM-Hand1
Visuotactile Dexterous Hand
Dexterous hand with human-level tactile perception
Wearable Teleoperation System
Wearable Teleoperation System
Lightweight and easy to wear, high degrees of freedom, suitable for robots of different configurations
Manipulation Model With Multimodal Perception
Vision Tactile Language Action
Daimon One Multimodal Model
Core Technology
Multi-Dimensional Tactile Perception
Multi-Dimensional Tactile Perception
Multi-Dimensional Tactile Perception
The world's first millimeter-level thickness, multimodal, high-resolution vision-based tactile sensor
Sensory Data Series
Sensory Data Series
Sensory Data Series
Flexible data acquisition solutions for visual, tactile, and multimodal inputs
Embodied Intelligence Manipulation Model
Embodied Intelligence Manipulation Model
Embodied Intelligence Manipulation Model
A multimodal intelligent manipulation model integrated with tactile sensing for enhanced robot dexterity in precision tasks
Applications
VTLA Manipulation Model
Embodied Artificial Intelligence
Increased agility and precision for complex handlements
Intelligent Logistics
Enabling robots to perceive, understand
and manipulate with accuracy
Intelligent Manufacturing
Shaping Smart Laboratories, Enhancing Experiment Efficiency
Laboratory Automation
About Us
Daimon Robotics

To create robots that are more intelligent and dexterous than humans, integrate them into society as helpful companions for everyone, and bring benefits to humanity.