Two Fingers Gripper
Our triaxial haptic sensor provides precise 3D force sensing for 2-finger grippers, ideal for factory robotic manipulation.
Triaxial Haptic Sensor for 2-Finger Grippers: Precision Force Sensing for Advanced Robotics
Unlock the next level of robotic dexterity with our Triaxial Haptic Sensor, specially designed for integration into flat 2-finger grippers. This advanced sensor brings superior tactile sensing to robotic systems, enabling them to handle delicate tasks with precision and reliability.
Specifications:
Force Sensing:Â Measures 3D force vectors (normal and shear) for accurate manipulation.
Dynamic Range:Â 0-40N for normal force and 0-30N for shear force.
Size and Thickness:Â Sensor area is 37mm x 37mm, with a 22mm sensing region; total thickness is 4mm when embedded in rubber.
Durability:Â The sensor is capable of enduring more than 1 million compressive and bending cycles without failure.
High Temperature & pH Resistance: Functions in extreme environments, tolerating temperatures from 20°C to 70°C, and continues to perform even after exposure to highly acidic or alkaline conditions.
Gamma Radiation Tolerance:Â Remains unaffected by gamma radiation up to 300kGy.
Fast Response Time:Â Actuation and recovery time is less than 5ms, ensuring real-time responsiveness.
Connectivity & Power:Â The sensor supports multiple connectivity options including USB 2.0, USB 3.0, SPI, I2C, and WiFi, while consuming less than 1W of power.
Calibration:Â Force calibration is supported for precise applications.
Designed for industries such as manufacturing, healthcare, and research, our Triaxial Haptic Sensor offers a robust, high-precision solution for robotic manipulation. Whether it’s grasping fragile objects or performing complex assembly tasks, this sensor enhances your robotic system’s capabilities with a combination of accuracy, reliability, and durability.
Experience the Future of Robotic Sensing and pre-order now!
