From Precision Data to Smarter Robots
From Precision Data to Smarter Robots
Ergonomic Design
Ensures no fatigue or soreness even during long-term use.
Electronic Skin
Super-resolution percolation-type flexible tactile sensor array.
Precisely perceives objects, enabling end-to-end force feedback control.
Precisely perceives objects, enabling end-to-end force feedback control.
Magnetic Encoder
Records gripper opening/closing angle, replacing the traditional QR code solution with higher precision and durability
Bionic Compound Eyes
Vehicle-grade RGB camera with global shutter
Fisheye Camera: large FOV for providing broad visual context to the model
Stereo Cameras: Used for depth calculation and high-precision trajectory recover
Fisheye Camera: large FOV for providing broad visual context to the model
Stereo Cameras: Used for depth calculation and high-precision trajectory recover
Microphone
Collects voice information, supporting automatic voice annotation and environmental sound perception
Vehicle-Grade IMU
High-precision inertial measurement unit, improving trajectory estimation accuracy in low-tex ture environments
Action Button
Used for precise data clipping.
Quick-Change Grippers
Adapt to different types with tool-free interchange
Touch-Screen
Enables intuitive interaction and data visualization.
Capture-and-Ready-to-Use
Calibration-free design, Out-of-the-box functionality
Cloud-based data management enables team collaboration, while cloud computing resources accelerate model training and reduce labor costs.
Data is stored directly on local devices, ensuring secure and ultra-fast data transfer. This mode is ideal for high-security and offline operations.
