The Premier Choice for Precision, Reliability, and Innovation.
#1
Smart Calibration
Ensure accurate and reliable data collection with our advanced smart calibration technology. This feature leverages AI-based algorithms and cutting-edge signal processing techniques, and includes the world’s first calibration automation equipment for joint torque sensors and 6-axis force/torque sensors.
Features
Machine Learning-Based Algorithms
Enhances accuracy and efficiency through advanced learning techniques.
Automatic Calibration
Minimizes manual intervention by automating the calibration process.
High Mass Production Capability
Ensures scalability for large-scale deployment.
#2
Ultra-compact & Light-weight
Achieve superior maneuverability and efficiency with our ultra-compact and lightweight sensor design, utilizing advanced mechanical optimization. Unique structural design addresses the conflicting requirements of high stiffness and high sensitivity.
Features
Optimized Structure via FEM analysis
Ensures even stress distribution for enhanced performance.
High Precision and Sensitivity
Maintains accuracy despite compact size.
Unique Mechanical Structure
Balances stiffness and sensitivity for optimal functionality.
#3
Automatic Real-time Compensation
Maintain peak performance with our automatic real-time compensation technology, designed to adapt to changing conditions and ensure consistent accuracy. This includes a unique circuit design using fewer strain gauges, and our proprietary signal processing methods.
Features
Real-time Data Adjustment
Continuously optimizes sensor performance.
Automatic Correction
Adjusts for temperature, hysteresis, non-linearity, and crosstalk.
Independent Sensor Cell Structure
Allows for precise adjustments independently.
Reduced Strain Gauge Count
Uses fewer strain gauges for cost efficiency.
Proprietary Signal Processing
Independently handles each gauge signal for enhanced accuracy.
#4
Fault-Free Control
Experience uninterrupted and reliable operation with our fault-free control system, incorporating advanced fault detection, redundancy features, and compliance with IEC standards for functional safety.
Features
Compliance with IEC 61508 and IEC 62061
Meets system-level safety requirements.
Built-in Fault Detection Algorithms
Identifies and addresses faults automatically.
Self-Correction Mechanisms
Automatically resolves issues as they arise.
Multiple Layers of Hardware Redundancy
Includes redundancy in strain gauges, ADC, and communication lines for added reliability.
Functional Safety Software
Includes software for fault recovery and system reliability.
Rigorous Reliability Testing
Ensures high reliability through comprehensive testing.
High-Reliability Products with Wireless Technology
Bearing-less and slipring-less design for high reliability.
#5
MEMS Technology
Benefit from the precision and durability of our MEMS technology, which integrates micro-electromechanical systems into our sensors for superior performance. This includes unique structures for both capacitive and resistive types.
Features
Advanced MEMS Design
Provides high sensitivity and accuracy.
Miniaturized Components
Ensures compact and efficient designs.
Unique Structural Designs
Specifically designed to optimize performance for both capacitive and resistive sensor types.
#6
Smart Manufacturing
Streamline your production processes with our smart manufacturing technology, leveraging automation and AI-driven analytics for enhanced efficiency. Simplified production processes and semi-automated assembly enhance scalability.
Features
AI-driven Analytics
Provides real-time process optimization.
Seamless Integration with Automated Systems
Enhances efficiency and scalability.
Simplified Production Processes
Reduces complexity for cost efficiency.
Design for Assembly Process
Streamlines manufacturing.
Automation of Sensor Testing Processes
Ensures accuracy and consistency.
Semi-Automated Sensor Assembly Processes
Balances efficiency with quality control.