

Product advantages: Multi-axis synchronous calibration 5 times overload capacity Built-in low noise amplifier High accuracy 0.3% FS Technical advantages: Customization Ease of Use Compatibility Fast Deployment
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Product advantages: Quick Customization Highly Integrated 5x Overload Level Technical advantages: Multi-axis synchronous calibration algorithm decoupling high-precision data acquisition

Product advantages: 5 times overload capability Built-in low noise amplifier Comprehensive accuracy better than 0.5% Technical advantages: Structure decoupling design is simple and easy to use Data acquisition

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Runyu torque sensors are based on MEMS silicon strain gauges and adopt glass micro-melting technology. Featuring high sensitivity, high precision and strong overload resistance, they are ideal for collaborative robots, embodied robots, humanoid robots and other related applications. Having broken through foreign technological blockades and taken the lead over conventional domestic technologies, these sensors facilitate large-scale automated production and help ensure better quality control and cost efficiency.

Runyu tension and compression sensors employ glass micro-melting technology built upon MEMS silicon strain gauges. With outstanding sensitivity, precision and overload resistance, they are perfectly suited for collaborative robots, embodied robots, humanoid robots and other robotic applications. By breaking through overseas technological barriers and exceeding conventional domestic solutions, they benefit large-volume automated manufacturing and help achieve better quality and cost management.


Precision ball screw support seat: specially designed for precision equipment with high requirements, it is the core basic part of the transmission system. Precision manufacturing and innovative design ensure high precision movement and long service life. Core strengths: High precision and stable operation Precision machining ensures micron concentricity and rigidity. The optimized design can effectively eliminate the clearance, suppress the vibration, and realize accurate positioning and smooth running track. Long life, more durable High-quality bearings, enhanced sealing and lubrication design. Anti-wear, anti-pollution, can maintain stability under high speed and high load, significantly reduce wear and prolong the overall service life of the equipment. Easy installation and wide compatibility Modular and standardized design, easy installation and commissioning. Complete product range, compatible with various specifications of ball screw and motor, easy for system integration. Main applications: CNC machine tools, industrial robots, semiconductor equipment, automated production lines, precision measuring instruments and other high-precision transmission fields. Choose this product to build a reliable foundation of precision and durability for your equipment.

This product adopts an integrated structural design, integrates the motor installation benchmark with the equipment support frame, and fundamentally eliminates the cumulative error and micro-deformation caused by the traditional split installation, which is the core foundation for the equipment to achieve and maintain high precision. Core Values: Built-in precision: integrated forming and processing to ensure micron geometric precision of key mounting surface. Excellent rigidity: Optimize the structure, greatly improve the anti-vibration and anti-deformation ability. Performance improvement: directly improve the positioning accuracy, repeatability and running stability of the equipment. Convenient installation: high precision benchmark when leaving the factory, simplifying assembly and reducing debugging. Specially designed for CNC machine tools, semiconductor equipment, precision measuring instruments, industrial robots and other high-precision fields, it is the cornerstone component to achieve excellent motion performance of equipment.




The automatic optical image measuring instrument is widely used in the measurement of two-dimensional dimensions, length, angle, arc and other precision workpieces. Its application fields include electronics, molds, injection molding, hardware, rubber, magnetic materials, precision hardware plug-ins, automobiles, medical, clocks, springs, screws, gears. Thread templates for wires, electronics, cables, tool bearings, etc.

The manual two-dimensional optical image measuring instrument is widely applicable to the measurement and quality control of precision workpieces such as two-dimensional size measurement, length, angle and arc.


