


All kinds of optical fiber sensor heads are suitable for various detection requirements, and can meet various requirements and precision detection with high-precision and high-speed amplifiers.

The integrated photoelectric sensor meets a variety of detection requirements and achieves the detection purpose with the best cost performance




The YRT turret bearing consists of a thrust/radial race, a thrust/radial shaft washer, a thrust washer, two needle cage assemblies, and a set of radial cylindrical rollers. The seat ring and the shaft ring have evenly distributed screw holes for installation. This type of bearing has high axial and radial load capacity. High tilt stiffness and extreme accuracy. Suitable for rotary tables, chucks and iron cutting heads as well as bearing arrangements for measuring and testing. This type of bearing has higher requirements for the equipment parts matched with it. The tightening torque of the mounting screw shall be controlled during installation.

BYC-cross roller bearing is that two rows of cylindrical rollers are arranged vertically and crosswise on the V-shaped raceway of 90 degrees through nylon isolation blocks, so the cross roller bearing can bear multi-directional loads such as radial load, axial load and moment load. The size of the inner and outer rings is miniaturized, the extremely thin form is close to the limit of small size, and has high rigidity, BYC Boying cross roller bearing accuracy can reach P2 level. Therefore, it is suitable for devices such as a joint rotation part of an industrial robot, a turntable of a machining center, a precision rotary table, a medical machine, a calculator, and an IC manufacturing apparatus.



Central elastomeric coupling Dampens vibrations and compensates for radial, angular, axial misalignments. Oil-resistant and electrical insulation Oil-resistant and electrical insulation Identical clockwise and anticlockwise rotational characteristics. Double clamping type Application:Servo motor、Step motor、Universal motor

Diaphragm couplings with keyway/shrink disc connections Zero backlash Excellent response & high torque capacity ldentical clockwise & anticlockwise rotational characteristics Stainless steel diaphragm compensates radial, angular, axial misalignments. Using in long span drive Light weight, good toughness, low noise and vibration

The TSC Ball-detent Torque Limiter delivers high-precision torque transmission with dynamic responsiveness and zero backlash. Precision Auto-Reset Ball-detent Torque Limiter with built-in micro-rollers for ±3% torque control accuracy. Ultra-fast response disengages drive components within 0.001-0.003s upon overload. Infinitely adjustable torque release setting via dial within specified range. Limit switches/sensors instantly output 24VDC signals upon overload to trigger alarms (e.g. buzzer, indicator) and cut off drive motors simultaneously. Wide-range torque adjustment: 5-1500Nm Exceptional longevity withstands unlimited overload disengagement cycles.


The 30-degree inclined bed saddle structure design with high rigidity and low vibration extends the tool life; High precision, high rigidity main spindle structure, spindle runout within 0.003mm; High precision, high rigidity, and high stability servo and power turret; X and Z-axis ball screws use imported C3-grade bi-directional preloaded ball screws, high-speed, low noise, 30m/min, fast response, high positioning accuracy; Designed according to ergonomic principles, swing-type control panel; Various options for automation, achieving higher production efficiency.

Dual spindle dual system, with internally mounted electric spindle for the main spindle. Rapid traverse speed of 32m/min. Rich tool layout with excellent expandability. Five power tools and five end-face hole tools. Interchangeable guide bushings for versatile application. Utilizes the Mitsubishi M80 system with high speed, high precision, and high stability, featuring secondary development for thermal compensation.

