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DOBOT X-TRAINER
The DOBOT X-Trainer is an advanced robotic platform developed for AI data collection, model training, and AGI-related research applications. Designed to support both academic studies and real-world AI projects, the system provides a flexible environment for developing and testing intelligent robotic behaviors.
Equipped with comprehensive data acquisition and AI training capabilities, the X-Trainer enables robots to learn new skills efficiently and perform complex tasks with greater accuracy and adaptability. Its architecture supports rapid model development, helping researchers and developers accelerate experimentation and deployment.
The platform is well suited for AGI scenario simulation, robotics research, practical engineering projects, and competitive AI applications, making it a versatile solution for next-generation intelligent automation and embodied AI development.
Instant Imitation Learning Networks
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Rapid Learning
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Interference Resistance
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Low-Latency Operation
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Training time is significantly reduced by up to 70%, allowing common task scenarios such as dishwashing or clothes folding to be completed in as little as two hours. This enables faster AI model adaptation and more efficient robotic skill development.
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During autonomous operation, the DOBOT X-Trainer can respond intelligently to unexpected disturbances in real time. For example, while performing dishwashing tasks, the system is capable of detecting remaining stains and automatically adjusting its actions to remove them, demonstrating advanced adaptive AI performance. |
Equipped with a 25Hz high-performance end-to-end motion interface, the X-Trainer delivers response speeds up to 150% faster than comparable systems while maintaining smoother and more stable operation for complex robotic tasks.
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Effortless & Smooth Motion Control
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Easy-to-Use Buttons The master hand has unlock and record buttons - the unlock enables quick locking/unlocking of the master hand pose to reduce fatigue, while the record button allows convenient control of data capture. |
Smooth Operation Features spring-assisted chassis, high-performance servos for precise motion, and an optimized primary manipulator for intuitive teleoperation - reducing user fatigue. |
High-Precision Slave Hands
- Industrial-Grade Precision
The system delivers repeat positioning accuracy of up to ±0.05 mm, ensuring highly precise experimental operations and reliable data acquisition for sensitive research and industrial applications.
- Large-Scale Motion
Each robotic arm provides a working reach of 625 mm, which can be extended to 1200 mm when operating in dual-arm mode. Combined with flexible 6-axis movement, the platform supports wide-area operation and versatile data collection across various task environments.
- High Payload & Speed
The robot supports payload capacities of up to 2 kg for a single arm and 3 kg in dual-arm operation, making it suitable for a broad range of applications. With a maximum operating speed of 1.6 m/s, the system enables fast and efficient high-volume data collection and task execution.
Safe Human-Robot Collaboration
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Brilliant Safety Designs |
Collision Detection |
All-Around Protection |
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The system includes automatic master-slave arm de-synchronization during power failures or alarm events, along with master-hand drop detection and low-speed synchronization control to help reduce the risk of collisions and improve operational safety.
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The DOBOT X-Trainer integrates the Nova2 collaborative robot, featuring five-level collision detection and ISO 15066 certification to ensure safe and reliable human-robot interaction in various operating environments.
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The workspace is equipped with flexible EVA foam padding that helps absorb impacts from accidental end-effector drops, reducing the risk of damage to both the robotic gripper and arm while enhancing overall operational safety.
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Secondary Development |
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Full Data Collection The DOBOT X-Trainer offers a comprehensive SDK that supports the entire workflow from data collection and model training to autonomous inference and deployment. Accompanied by detailed documentation, the platform guides users through each stage of the data processing pipeline, helping simplify development, reduce learning complexity, and accelerate AI application implementation. |
Open API Interfaces Built with open API architecture, the platform provides direct access to essential operational data, including master-slave joint positions, gripper controls, and RGB/depth camera streams, allowing developers to integrate customized AI models and research systems with ease. In addition, the SDK enables the export of specialized data formats optimized for domain-specific neural network training and deployment workflows. |
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