Bionic Robotics Systems
Foxtech Robotics' bionic robotics systems combine bio-inspired technology with advanced robotic solutions to create highly functional, autonomous robots. These systems, powered by AI control, feature precision actuators and dexterous robotic components like hands and arms, making them ideal for applications in research, prosthetics, medical rehabilitation, and automation. Our innovative solutions push the boundaries of robotic capabilities, enhancing flexibility, accuracy, and human-robot interaction.
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The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for robotic arms. Featuring an integrated driver, built-in gearbox, and dual encoders, it supports three operation modes (MIT mode, Speed mode, and Position mode), ensuring precise control and smooth motion.Price: $357
Ideal For: University & Research Labs – Embodied AI & Robot LearningHazardous & Specialized Scenarios – Remote Manipulation & TeleoperationRobotics & Industrial R&D – Dual-Arm Assembly & Human–Robot CollaborationTeaching Labs, Training & Demos – Robotics Education & Hands-On SkillsHigh-Payload 14-DOF Dual ArmsCloud-Native, Full-Stack Open EcosystemRich, Extensible Hardware EcosystemIsomorphic Leader–Follower Teleoperation (Optional)
Ideal For:• Research & EducationUniversities, research labs, and robotics coursesHuman demonstration collection, dual-arm manipulation studies, and embodied AI teachingHands-on VLA workflow exploration with real human motion data• Rapid VLA ValidationValidate VLA workflows using real human demonstration datasetsTeleoperation data collection, AI training pipelines, imitation learning, and autonomous robotic executionTasks: grasping, assembly, insertion, transport, simulation-to-real experiments
The Biohand, a new intelligent bionic hand, integrates bionics, mechatronics, materials science, biomedical engineering, and information technology. It is equipped with self-developed somatosensory control technology, making the bionic hand as flexible as a human hand. It features six internal actuating units, ensuring that each finger can move independently, with the thumb capable of moving in two directions, truly simulating the natural movements of a human hand.
Compatible with OpenArm14 DOF Dual-Arm Design< 20 ms Ultra-Low LatencyAdjustable Arm Length for Custom Fit14-bit Absolute Encoders for Precision TrackingSDK Included – Easy Integration & Control
In this one-take unboxing video, see how Odin1 enables plug-and-play integration, instant 3D data generation, and effortless 3D reconstruction with high-precision spatial awareness.
Meet XTRON KUAVO-MY, a next-generation humanoid robot built for researchers, developers, and educators. In this video, KUAVO-MY steps into real-world home scenarios, performing practical tasks with smooth, human-like precision.
Key FeaturesLightweight Design: 170 cm tall, weighs only 50 kg, 44 degrees of freedom.High-Performance Computing: Powered by the NVIDIA Jetson AGX Orin 64GB processor for advanced AI and control.High Payload Capacity: Each arm can carry up to 5 kg.High-Torque Leg Joints: Exceptional torque of 220 Nm/kg—2 to 3 times the industry average—enabling dynamic movements like single-leg jumping.Binocular Vision: Equipped with advanced dual-camera vision for enhanced perception.
Introducing the Biohand RH56DFTP Intelligent Bionic Robot Hand with Tactile Sensors – a cutting-edge solution designed to revolutionize precision in robotic manipulation.
6 Independent Degrees of Freedom 10 m/s Max End-Effector Linear Speed 3.5 kg Max Payload 1 mm Repeatability
Meet XTRON KUAVO-MY, a cutting-edge humanoid robot designed for researchers, educators, and developers. This all-in-one robotics platform combines advanced AI, multimodal perception, and powerful motion control, making it ideal for exploring automation, machine learning, and human-robot interaction.
The ATOM P1 Pro biped robot is a next-generation research platform that combines mobile locomotion with advanced manipulation capabilities. It supports seamless integration with robotic arms, enabling full-body motion control and intelligent interaction in dynamic environments.Key Features-Compatible with various robotic arms for complex manipulation tasks-Three-in-one modular foot-end for fast switching and adaptive control-High-performance motion algorithms and precision joint systems-Open hardware interfaces for maximum research flexibility-Expandable with external peripherals to meet diverse research needsIdeal for embodied intelligence, human-robot interaction, and mobile manipulation research
We are Foxtech Robotics, a professional and dynamic company specializing in surveying industry and intelligent automated robotics applications.
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No. 108-A, Floor 1, Factory Building No. 1, Hailande Industrial Park, No. 35 Caizhi Road, Xiqing Xuefu Industrial Zone, Tianjin, China.