Our products deliver high accuracy, durability, and wireless connectivity, ideal for industrial automation, robotics and automotive applications.
- Encoder Disc
- Sensor
- Electronics
Product Highlights:
Robotic Magnetic Encoder Disks:
Ultra-precise wireless sensors engineered for robotic motion control, delivering real-time angular position data with ±0.1° accuracy.Industrial IoT Sensor Series:
Rugged, low-latency wireless sensors for temperature, pressure, vibration, and more – designed for Industry 4.0 compliance.Custom Solutions:
Tailored sensor systems for unique industrial challenges, from heavy machinery to hazardous environments.
Our Products Family
Wireless Temperature Sensor
Wireless temperature sensors , including NTC，thermocouples (Type K/J), RTDs (Pt100/Pt1000), catering to -100°C to +1000°C measurement ranges.
Paired with IoT gateways supporting LoRaWAN, Zigbee 3.0, or NB-IoT protocols, these systems enable real-time data aggregation and cloud integration.
IP67-rated sensors with 3-year battery life deliver reliable monitoring without wired constraints.
Wireless Bolt Detection Sensor
This sensor use ultrasonic pulse-echo technology to monitor micron-level positional deviations (≥0.05mm) in fasteners, detecting loosening risks in real-time. Integrated MEMS accelerometers compensate for vibration interference (5-2000Hz range), achieving 99.8% detection accuracy under ISO 10816 vibration standards. Data transmits via LoRaWAN gateways (EU868/US915 bands) with 3km urban/10km rural ranges. 3-year battery life (-40°C to +85°C operation), ideal for wind turbine bolted joints and rail track monitoring.
2 Track Nonius Encoder Disc
2-track encoder disc is the target of absolute magnetic encoder. The magnetic encoder calculates the absolute position through the difference between two nonius magnetic signals. The most typical application currently is in the joints of robots, which requires precise motion positioning and minimal installation space.
1 Track Encoder Disc
1-track encoder disc( (also called a single-track encoder disc) is the target of magnetic incremental encoder. As the disc rotates, sensors detect these patterns to generate pulse signals, enabling measurement of rotational speed, direction, and relative displacement.
Hollow Shaft Magnetic Encoder
Magnetic Encoder Sensing Foundation:
Utilizes Hall-effect or TMR (Tunnel Magneto-Resistance) sensors to detect rotational position by measuring changes in magnetic field vectors from a radially magnetized ring.
Technical Principle Summary:
1. Zero-Backlash Integration
Directly sleeves onto the drive shaft (6-40mm bore), eliminating coupling errors. Accuracy: ±0.05°.
2. Contaminant immunity – unaffected by dust/oil/grease.
3. Vibration Resistance
Withstands 50g vibration (3x traditional encoders). Ideal for mining/oilfield equipment.
4. Ultra-Thin Compact Design
<2mm magnetic ring thickness, solving space constraints in robotic joints.
Position Sensor
Measure rotational angle with multiple mounting options. Available in integrated linkage or contactless position sensor versions. IP69 waterproof rating and vibration resistance.
Precision Components
Precision Bushings: Key metal skeletons in overmolding (insert molding) processes. Specifically designed to enhance the structural strength, wear resistance, and service life of engineering plastic components. High-Precision PIN Pins: Serving as carriers for electrical circuits and signals, our PIN pins achieve micron-level accuracy in diameter, roundness, and surface finish. They offer excellent conductivity and mating durability, ensuring stable and reliable connections. Widely used in connectors, PCBs, and module interconnections. Precision Gears: Our gear range includes spur gears, helical gears, worm wheels, and more. They feature precise tooth profiles, smooth transmission, and low noise. Manufactured from high-strength materials like POM, PTFE, and PEEK to ensure high load-capacity transmission efficiency and long service life. Used for power transmission and precise motion control.
Blog
Analysis of Magnetic Encoder Chip Applications and Solutions in Single-Turn/Multi-Turn Absolute Encoders
I. Overview and Classification of Absolute EncodersAn absolute encoder is a sensor that directly outputs the shaft’s angular position information. Its core characteristics are position uniqueness and power-off
Position Sensing Schemes for Standard Motors and Coreless Motors
I. Standard Cored Motor The rotor of a standard DC motor is laminated from silicon steel sheets, and the windings are wound around an iron
BiSS and SPI: A Comparison of Communication Protocols for Encoders
BiSS and SPI are two common serial communication protocols used in industry, particularly in motor encoders and sensors. Although they may appear similar externally, there
Comprehensive Testing Solution for Robotic Joint Systems: Precision Verification from Components to the Whole
As the core driving component of a robotic arm, the performance of a robotic joint directly determines the precision, reliability, and service life of the
Introduction of Magnetic Encoder
1. Construction of Magnetic Encoders Magnetic encoders detect rotational position by measuring magnetic field variations and converting them into electrical signals. A basic configuration
Robotic Joint Module: A Comprehensive Overview
A robotic joint module is a standardized mechanical unit that integrates key subsystems—including motors, reducers, encoders, controllers/drivers, and structural components—into a compact assembly. Designed to