Bionic Hands & Motors | Advanced Robotic Prosthetics & Actuators – Foxtech Robotics
Application Solution
Biohand robotic hands excel in industrial automation, prosthetics, healthcare, and robotics, offering precision, dexterity, and seamless integration for diverse tasks.
Biohand DexH13
The Biohand DexH13 integrates AI vision and tactile perception for precise, human-like movements. With 13 degrees of freedom and industrial durability, it's suitable for a variety of applications, including logistics, healthcare, and manufacturing.
13 Degrees of Freedom: Precise and flexible movements.
Bionic Structure: 4-finger, multi-joint design for complex tasks.
Advanced Tactile Sensors: 978 sensors, 15 sensing capabilities.
Precision Control: ±0.05mm positioning and 0.01N force control.
Heavy Load Support: 5kg payload capacity.
Durable: Built for 1 million press cycles.
AI Vision System: Real-time object recognition with an 8MP camera.
Versatile: Supports easy integration and wide application scenarios.
Biohand RH56DFTP
The Biohand RH56DFTP is a state-of-the-art intelligent bionic hand equipped with 17 advanced tactile sensors. It offers exceptional precision and real-time feedback, providing human-like dexterity for a wide range of tasks. Designed for smart manufacturing, it delivers strong gripping power and long-term reliability.
Advanced Tactile Sensors: 17 sensors for real-time feedback and high sensitivity.
Human-Like Dexterity: Optimized gripping and fine control for diverse tasks.
High Force Output: 3kg per fingertip for strong and reliable grips.
Durability: Over 1 million cycles for extended performance.
Precision Control: Real-time tactile perception for optimal manipulation.
Smart Manufacturing Ready: Ideal for demanding industrial environments.
Biohand RH56DFX
The Biohand RH56DFX is a high-precision bionic robot hand offering 6 degrees of freedom and 12 joints for natural, human-like movements. With six advanced sensors and sub-millimeter precision, it's designed for robotics, prosthetics, and intricate tasks, providing seamless integration and control with full ROS compatibility.
6 Degrees of Freedom & 12 Joints: Smooth, human-like movements for complex tasks.
Advanced Sensors: 6 sensors for enhanced precision and control.
Realistic Design: Human-like appearance and functionality, ideal for prosthetics and human-robot interaction.
Strong Grip & Balanced Speed: Firm grip with moderate speed for versatility.
High Load Capacity: Supports several kilograms, suitable for industrial use.
ROS Compatibility: Fully supports ROS with dedicated plug-ins for smooth integration.
Precision & Realism: Sub-millimeter repeatability for detailed applications.
Pytcher Pro Joint Motor
Equipped with an ultra-thin harmonic reducer and a compact structure, this module features a brushless torque motor that achieves optimal size reduction without sacrificing torque. This series stands out for its integration of cutting-edge technology in a lightweight and efficient design, ideal for enhancing performance and reliability in robotic applications.
Ultra Lightweight: Over 1/3 weight reduction for better usability and lower energy consumption.
Ultra-High Torque Density: Key indicator of performance and lightness, ensuring efficient power delivery.
Strong Performance: Industrial-grade, double the torque density, with automotive and military-grade durability.
Modular Design: Six integrated modules, adaptable to various scenarios, improving production efficiency.
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