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The flexible vibration plate of Zhige robot is easy to operate, and has superior product compatibility, stability and repeatability; it has wide versatility, and is suitable for 99% of small parts in industrial automation production, including special-shaped parts and fine vulnerable parts; it has up to 11 motion modes, covering all the vibration needs of visual feeding applications. Fast switching of production varieties does not require the replacement of hardware structure, and the program switches production varieties with one key to meet the current flexible production needs of intelligent manufacturing in small batches and multiple varieties.

The product adopts precision planetary roller screw drive technology and built-in brushless servo motor. It is suitable for motion control systems with low, medium and high performance requirements. The product integrates the built-in brushless servo motor with the roller screw drive structure. The rotating motion of the servo motor is directly transformed into the linear motion of the push rod through the roller screw mechanism. The product can be customized according to the needs of customers.
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Miniature servo electric cylinder is used as the core motion component in the joint of humanoid robot, which realizes precise speed control, position control and force control. This design makes The robot is more smooth and stable in action execution, and has stronger load capacity and adaptability. By integrating high-precision reducer, high-performance motor, screw mechanism, sensor and servo control system, the servo electric cylinder realizes the integration of drive and control, and meets the needs of human body. Application requirements for complex scenes of robots.



We specialize in designing and manufacturing hinge products with high precision and reliability. It adopts advanced material and structure design, combined with precision machining process, to ensure that the product has excellent rotational stability, long life and light and thin characteristics. It is widely used in consumer electronics, smart home, medical equipment, automotive industry and low-altitude economy, supporting customized development and providing reliable rotation solutions for diversified application scenarios.

The core mechanical rotating connecting parts applied to the folding screen mobile phone adopt the current leading framework and material design scheme, use high-precision and wear-resistant liquid metal materials, as well as advanced equipment and manufacturing technology to process and produce, so as to achieve ultra-thin mobile phone body.

Hovering lifting bracket HY-XTQ003 adopts the first mechanical constant force spring balance system in China, which can be easily adjusted manually without power, and can achieve stable hovering at any position within 400 mm lifting stroke. The product offers two load specifications of 20-40 kg and 40-80 kg, which can adapt to 55-86 inch TV, conference all-in-one machine and mainstream brand display screen, and is widely compatible with various VESA standards. It has multiple safety designs such as high strength, silent operation and anti-falling, and has passed 100000 durability tests and one-year residence verification to ensure that long-term use is still stable and reliable. It is suitable for many kinds of scenes such as conference training, home audio and video, commercial exhibition, teaching and medical treatment.



It is made of high-strength aviation aluminum alloy and has the characteristics of small size, light weight and high strength; Adopt international high level strain gauge chip, which can realize high resolution, high response frequency and high test precision; 100% independent structural design, factory after careful testing, high coupling accuracy; A variety of communication interface protocols can be selected, basically covering the mainstream cooperative robot interfaces at home and abroad; Provide debugging software or test software; Bending-resistant high-flexibility cable; It is suitable for robot force control grinding, assembly, drag teaching, and various scientific research

Core technology advantages • Self-developed strain gauge + elastomer optimization: low creep, low temperature drift, strong long-term stability • High-precision calibration: full-range point-by-point calibration, traceable to national measurement standards • Strong anti-interference: EMC protection, temperature compensation, anti-overload (200% ~ 300% FS) • Fully sealed: laser welding/glue pouring, IP67 +, suitable for wet/dust/corrosive environment • Rapid customization: range, size, installation, signal, special environment (high temperature/vacuum/explosion-proof) rapid response

It mainly focuses on strain type + non-contact, covering static/dynamic, adapting to motor/transmission/tightening/testing scenarios, with the core of high precision, high response, long life and easy integration. I. Product Classification and Core Parameters 1.Static torque sensor (static/low speed) • Principle: Strain gage bridge, measuring fixed/low speed torsional moment • Range: 0.1 N · m ~ 100kN · m • Accuracy: 0.1% ~ 0.05% FS, excellent linearity/hysteresis/repeatability • Construction: flange/shaft type, stainless steel/alloy steel, IP67 • Output: mV/V, 4 – 20mA, 0 – 5V, RS485/Modbus • Applications: Tightening machines, torque wrench calibration, valve torques, static assembly forces 2.Dynamic torque sensor (rotation/high speed) • Type: non-contact (magnetoelectric/photoelectric), strain-type slip ring/wireless • Range: 0.1 N · m ~ 50kN · m • Speed: 0 ~ 30000rpm (high-speed type) • Advantages: no wear, long life, anti-interference, synchronous measurement of speed + power • Output: frequency/pulse, digital signal (RS485/Profinet) • Applications: Motor/Engine/Gearbox Testing, Fan/Pump/Gearbox Monitoring, New Energy Power Systems II. Core Technology Advantages • Self-developed strain gauge + elastomer: low creep, low temperature drift, strong long-term stability • High-precision calibration: full range calibration, traceable to national measurement standards • Strong anti-interference: EMC protection, temperature compensation, 200% – 300% FS overload protection • Fully sealed: laser welding/glue pouring, IP67 +, suitable for moisture/dust/corrosion • Rapid customization: range, size, installation, signal, special environment (high temperature/explosion-proof) rapid response • Local service: Shenzhen R & D + production, fast delivery, timely after-sales response III. Typical Application Scenario • Industrial automation: electric/pneumatic tightening machine, valve torque control, line assembly force monitoring • Power equipment: motor/engine/gearbox/reducer performance testing, efficiency optimization • New energy vehicles: torque test of electric drive system, reducer and hub motor • General machinery: fan/water pump/compressor/gearbox operation monitoring and fault diagnosis • Research and testing: mechanics of materials, aerospace, robot joint torque feedback • Others: torque wrench calibration, viscometer





• Integrally cast 30 ° inclined bed, low center of gravity design effectively reduces the smooth operation of the equipment and improves the cutting stability. • The standard roller rail is 2 to 3 times more rigid than ordinary linear rail, which can balance the high-speed movement and heavy cutting performance. • The whole machine has excellent heavy cutting rigidity, which is suitable for high-speed and high-precision machining of steel parts, stainless steel, aluminum alloy and other materials.

▼ High rigidity, heavy cutting and high stability: Adopt integral casting inclined lathe bed, 30 ° inclined lathe bed structure, and design with heavy stiffeners to minimize distortion and thermal deformation. ▼ High precision and high dynamic response: high precision ball bearings are used in the front and rear, so that the spindle can obtain high rigidity and extremely high spindle rotation precision; the spindle servo unit has high precision and is convenient for maintenance and repair. ▼ High efficiency: The maximum speed of the main shaft is 4500rpm/min, and the fast movement can reach 30m/min. ▼ Y axis and X axis adopt non-orthogonal structure, and the virtual Y axis structure is obtained by interpolation with X axis, so that the center of gravity of the lathe bed is lower, the structure is compact, and higher cutting rigidity and stability are met.

▼ High rigidity, heavy cutting and high stability: Adopt integral casting inclined lathe bed, 30 ° inclined lathe bed structure, and design with heavy stiffeners to minimize distortion and thermal deformation. ▼ High precision and high dynamic response: high precision ball bearings are used in the front and back, so that the spindle can obtain high rigidity and high spindle rotation precision; the spindle servo unit has high precision and is convenient for maintenance and repair. ▼ High efficiency: The maximum speed of the main shaft is 4500rpm/min, and the fast movement can reach 30m/min. ▼ Y axis and X axis adopt non-orthogonal structure, and the virtual Y axis structure is obtained by interpolation with X axis, so that the center of gravity of the lathe bed is lower, the structure is compact, and higher cutting rigidity and stability are met.