Daimon One

Daimon One is a humanoid robot developed by Daimon Robotics, featuring advanced dexterous manipulation capabilities enabled by their proprietary five-fingered robotic hand with integrated visual-tactile sensors. This biomimetic hand design includes 11 degrees of freedom (DOF) with 6 active joints, allowing the robot to perform complex grasping and gripping tasks with human-like precision and tactile feedback. The fingertip sensors analyze object deformation, force fields, and material softness or hardness in real time, enabling high-precision operations. Daimon One is designed to assist humans by performing delicate and complex tasks, supported by exoskeleton-based teleoperation technology for high-quality human motion data collection. The robot aims to enhance productivity in industrial, service, and research applications by combining dexterous manipulation with intelligent sensing.

Daimon One performs highly dexterous tasks requiring fine motor skills, such as grasping, gripping, and manipulating objects with human-like sensitivity and precision. It uses visual-tactile sensing to perceive object properties and adjust its grip force accordingly, enabling safe and effective handling of delicate or complex items. The robot supports teleoperation through an exoskeleton interface, allowing humans to control its movements and collect motion data for improved robot learning and task execution.

• Industrial Automation: Precision handling of components and tools.
• Service Robotics: Assisting in tasks requiring delicate manipulation.
• Research & Development: Data collection and human-robot interaction studies.
• Healthcare: Potential applications in rehabilitation and assistive devices.
• Teleoperation: Remote operation in hazardous or inaccessible environments.

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