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S Type Load Cell, Load Cell
Overview
S-shaped stainless steel structure measures bidirectional tension and compression forces
Capacity ranges from 1kg to 50 tons to suit various industrial applications
±0.02-0.05% F.S. accuracy class with nonlinearity and hysteresis below 0.02%
IP67/IP68 environmental sealing protects against dust, water, and corrosion
2.0 mV/V sensitivity from 350Ω strain gauge bridge for standard amplification
Temperature compensation maintains stability across -30°C to +70°C range
150-200% safe overload limit prevents damage from shock loading
Threaded mounting ends enable quick installation in cranes and hoppers
Low creep error under 0.02% ensures long-term measurement reliability
4/6-wire configuration simplifies integration with PLCs and data loggers
6 Axis Force Torque Sensor, Force Sensor
Overview
Captures forces (Fx, Fy, Fz) and torques (Mx, My, Mz) simultaneously for complete spatial load analysis
Supports forces from ±10N to ±2000N and torques up to ±50Nm, customizable for diverse applications
Nonlinearity and hysteresis typically ≤0.1-0.5% F.S. with low crosstalk <1-2.5% between axes
Often <0.05% F.S., enabling detection of subtle force variations in dynamic environments
Sampling rates up to 1kHz and response times <0.03-2 seconds for real-time control
Lightweight (200-1000g) with thin profiles (20-50mm height) using strain gauge or MEMS elastic bodies
200-500% safe overload capacity to withstand impacts without damage
IP65+ ratings, operating from -10°C to +85°C with long-term stability <0.5%/year
Analog voltage/current, digital CAN, RS485, EtherCAT, Ethernet, or I2C/SPI for easy robot/controller connectivity
Factory calibration, decoupling algorithms, and signal conditioning for plug-and-play use
Strong noise rejection for reliable operation in industrial or EMI-heavy settings
Color Vision Sensor, Vision Sensor
Key Features
High-precision RGB/XYZ color detection
Fast response for real-time sorting and recognition
Stable accuracy under various lighting conditions
Integrated white LED for consistent illumination
Compact and lightweight design
Digital I²C/UART interface for easy connection
Low power consumption for continuous operation
Factory-calibrated for accurate color matching
Reliable performance in industrial environments
Easy integration into robotics, automation, and IoT systems
CMOS Image Sensor, Vision Sensor
Key Features
- Captures sharp, detailed images suitable for diverse digital camera and vision applications
- Ensures smooth, real-time image capture and reliable video performance
- Maintains clear image quality even under challenging or dim lighting conditions
- Delivers balanced exposure across bright and dark areas for natural image reproduction
- Provides clean, accurate images with enhanced signal clarity and consistent performance
- Optimized for low power consumption and extended operation in portable devices
- Easy to integrate into various system designs with multiple output interface options
- Offers precise color rendering with built-in image processing algorithms such as AWB and AGC
- Engineered for long-term stability and dependable performance in demanding environments
- Designed for easy deployment in smart cameras, robotics, and embedded applications
Stereo Vision Sensor, Vision Sensor
Key Features
- Dual-camera synchronized imaging for 3D depth perception
- High-resolution depth map output (up to ~60 fps)
- Measurement range of approximately 0.2 m to 10 m (model-dependent)
- Millimeter- to centimeter-level depth accuracy depending on distance
- Low-latency processing (typically <20 ms)
- HDR imaging with optional IR illumination for varying light conditions
- Multiple interfaces including USB, MIPI, and UART
- Compatible with ROS, OpenCV, and AI frameworks
- Low power consumption for embedded and mobile applications
- Designed for operation across various environmental conditions
- SDK support with Python and C++ for vision and AI development
Dynamic Vision Sensor, Vision Sensor
Key Features
- Event-based vision technology captures only brightness changes, minimizing redundant data
- Ultra-low latency (<1 ms) for instantaneous motion and object tracking
- High dynamic range (≥120 dB) ensures reliable performance in intense or low-light environments
- Energy-efficient operation with reduced bandwidth and power usage compared to standard cameras
- Compact and lightweight design for easy integration into portable devices, robots, and smart vision systems
- High temporal resolution for real-time vision in robotics and autonomous systems
- Easy integration with embedded systems, FPGA, or AI edge devices via standard interfaces
- Robust motion analysis under fast-moving or high-contrast conditions