Handling glove LTA1

industrialfor the automotive industryfor the pharmaceutical industry

Product Details
The HONPINE Teleoperation Glove is a high-precision hand motion capture device designed for intelligent robotics and remote control applications. Based on advanced motion capture technology and the company’s independently developed dynamic mapping algorithm, the glove enables precise control of dexterous hands. By capturing and transmitting hand movements in real time, users can operate robotic hands naturally and intuitively, meeting the needs of various application scenarios such as remote operations, virtual reality (VR), augmented reality (AR), and smart manufacturing.


Features

• High-Precision Motion Capture: Equipped with 15 magnetic encoders in total, the glove captures key data such as finger and hand joint bending angles and abduction angles in real time. Each finger is fitted with three high-precision magnetic encoders to accurately measure the base bending angle, abduction angle, and fingertip flexion angle.
• Real-Time Dynamic Mapping Calibration: With HONPINE’s proprietary dynamic mapping calibration algorithm, the glove achieves precise mapping of hand motion data, ensuring efficient and accurate reproduction by dexterous robotic hands. It supports real-time calibration, allowing adjustments for different robotic hands or application scenarios to enhance adaptability.
• Wireless High-Speed Data Transmission: The transmission range reaches up to 20 meters indoors and 40 meters outdoors (in unobstructed environments). Utilizing 2.4GHz wireless communication, the glove supports device pairing—one receiver can connect to up to two devices (1-to-1 or 1-to-2).
• Long Battery Life Design: Built-in 2000mAh rechargeable battery supports over 8 hours of continuous operation. The glove uses a microUSB interface for charging and can be fully charged within 2 hours.
• Vibration Feedback Function: An integrated vibration motor provides haptic feedback during remote operations, enhancing both control accuracy and user immersion.
• Wide Compatibility: Compatible with various software environments, the glove offers a C SDK and supports platforms such as 3ds Max, Maya, and Blender, enabling easy secondary development and system integration.

Robot Hand Interfaces

• Supported Robotic Hands: O7, L10, L20, L25
• Supported Data Acquisition Methods: 2.4G Wi-Fi end-effector acquisition, UDP data reporting
• Supported Simulators: PyBullet, Isaac, MuJoCo
• Supported Interfaces: ROS Topic, ROS2 Topic, Python
• Example Application: Telop

Characteristics / Technical Specifications
https://www.honpine.com/products/High-Precision-Control-Industrial-Robot-End-Effector/Dexterous-Robot-Hand/Intelligent-Robotics-Teleoperation-Glove-for-VR-AR-Remote-Operations.html