Intelligent Medical Robotics

Intelligent Medical Robotics

ImMobot integrates AI-driven robotics with software systems to provide efficient assistance in healthcare environments.

 It combines mechanical arms, customized hardware, and advanced AI technologies like machine vision, reinforcement learning for grasping, and SLAM laser navigation. 

This enables seamless fusion with brain-electrical and muscle-electrical interfaces for enhanced control.

Key Features

Deployment is straightforward with automatic map building and no need for scene modifications, supporting multiple application modules and standard interfaces for integration with enterprise systems. 

The chassis uses two-wheel differential drive for in-place turning and independent suspension to handle uneven surfaces without slipping or jamming. 

Safety features include dual laser radars for 360-degree obstacle detection, optional 3D cameras for intelligent avoidance, and collaborative mechanisms to prevent harm to people or objects. 

Scheduling capabilities allow intelligent scene division, automatic mode switching, dynamic task allocation, traffic management, and coordination of up to 200 robots in real-time.

Core Capabilities

The robot performs patient and material transport in rehabilitation centers, enabling precise positioning, flexible object grasping, and autonomous navigation in large spaces. It supports multi-machine collaboration, smooth deceleration, and braking for safe operations, with high-precision SLAM for broad perception and path planning. Additional interactions include voice, muscle-electrical, and brain-electrical controls for intuitive use.