Robot Gripper Technology

Mechanism Design Through Position Synthesis: Specializing in precise mechanism configurations based on targeted outcomes.
Optimal Design in Mechanical Mechanics: Expertise in structural and vibration analysis to enhance design efficiency and performance.
Performance Analysis of Serial and Parallel Mechanisms: Comprehensive analysis capabilities for evaluating complex mechanism systems.
Expertise in Multi-Joint Mechanism Design: Possesses proprietary know-how in designing multi-joint mechanisms such as positioning arms, robot hands, and prosthetic hands.

Highly Integrated Circuit Design: Specializes in optimal artwork technology for developing articulated motor drivers.
Communication Circuit Design: Expertise in designing circuits for external communication, including EtherCAT, Ethernet, CAN, CAN FD, and RS-485.
Noise Reduction Ground Design: Advanced ground design technology for effective noise reduction.
Circuit Protection and RF Design: Comprehensive know-how in circuit protection, RF antenna design, and impedance matching for optimal performance.

High-Speed Communication Protocol Development: Advanced technology for developing efficient communication protocols, ensuring real-time performance exceeding 500Hz.
RTOS-Based Communication Environment: Expertise in constructing communication environments based on RTOS for protocols like EtherCAT, Ethernet, CAN, CAN FD, and RS-485. Registered as a member and vendor of the EtherCAT Technology Group (Vendor ID: 0x00000CF7, Tesollo Inc.).
Multi-Axis Motor Control Technology: Specializes in force control-based gripping algorithms and PID control technology for precise position, speed, and current control.
AI Algorithm and Embedded System Integration: Proficient in integrating AI algorithms within embedded systems, enhancing functionality and efficiency.