NPLA-HF Series Micro Platform-Type Linear Actuator - Force Controlled
GB-F Series Servo Gripper-Force Controlled
MGBD-F Series Micro Gripper-Double Claws-Force Controlled
ZRS Series Linear Rotary Actuator
G+ GSG series hollow rotary table. Large Aperture Structure: Easier wiring and piping, especially in complicated wiring and piping conditions. Two-stage Reduction with Integrated Design: The pinion bearing and the second-stage coaxial integration assembly significantly improved the concentricity and gear torque, while saving space and lowering cost.
G+ GSG series hollow rotary table. Large Aperture Structure: Easier wiring and piping, especially in complicated wiring and piping conditions. Two-stage Reduction with Integrated Design: The pinion bearing and the second-stage coaxial integration assembly significantly improved the concentricity and gear torque, while saving space and lowering cost.
GSA Series Hollow Rotary Table. Large Hollow Aperture: Wiring and piping are more convenient and concise, and this advantage is particularly prominent in the wiring and piping environment with complex wiring. 90° Right-angle Structure: Supply more choices for limited space with the limited space efficiently.
High Precision and Efficiency: The spiral guide hypoid gear has the advantages of a higher ratio, high torque, high precision, and low loss than the spiral bevel. It rotates in a sliding way. Transmission accuracy can reach 30 arc seconds, and transmission efficiency can reach 96%.
Large Aperture Structure: Easier wiring and piping ,especially in complicated wiring and piping condition. Right-angle Structure: Provide multiple choices for limited space effectively use the limited space. Diversified Combination: It can be combined with planetary reducer and servo motors of various brands to achieve diversified structural design.
The spiral guide hypoid gear excels with higher ratio, torque, precision, and efficiency compared to spiral bevel. With sliding rotation, it achieves 30 arc seconds accuracy and 96% efficiency.
The G+ GSB series hollow rotary tables utilize tapered roller bearings capable of simultaneously handling radial, axial, and moment loads. This bearing design minimizes elastic deformation to ensure high-precision rotation, delivering exceptional rigidity and high load capacity. Specifically, the GSB60 model adopts a compact, miniaturized design that saves space, making it ideal for integrating automated equipment or precision instruments.
The G+ GSB series hollow rotary tables utilize tapered roller bearings capable of simultaneously handling radial, axial, and moment loads. This bearing design minimizes elastic deformation to ensure high-precision rotation, delivering exceptional rigidity and high load capacity. The GSB100 model adopts a compact, miniaturized design that saves space, making it ideal for integrating automated equipment or precision instruments.
The G+ GSB series hollow rotary tables utilize tapered roller bearings capable of simultaneously handling radial, axial, and moment loads. This bearing design minimizes elastic deformation to ensure high-precision rotation, delivering exceptional rigidity and high load capacity.
The G+ GSB series hollow rotary tables utilize tapered roller bearings capable of simultaneously handling radial, axial, and moment loads. This bearing design minimizes elastic deformation to ensure high-precision rotation, delivering exceptional rigidity and high load capacity.
G+ GSN series hollow rotary platform is a high-precision, high-rigidity automated rotary motion device with high load capacity, hollow structure design, and adaptability to various drive modes. It is widely used in automation equipment, robots, CNC machine tools, and other fields.
G+ GSN series hollow rotary platform is a high-precision, high-rigidity automated rotary motion device with high load capacity, hollow structure design, and adaptability to various drive modes. It is widely used in automation equipment, robots, CNC machine tools, and other fields.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
GSZ90-02K-SV and GSZ90-03K-SV with frame size 90mm gear ratio 1:2 and 1:3 for servo motor.
Four Way Gearbox, also named Multi Shafts Gearbox or Spline 4 Way Gearbox. It is used in the grinding industry, such as CCC Product Surface Gringding Machine or Five Axis Linkage CNC Polishing Mahcine. Its max input speed is 3000 rpm, while the max output speed can reach 6000 rpm. With 1:2 gear ratio, the four way gearbox could be the speed increaser and reducer.
Six Way Gearbox has 6 shafts, including one input shaft and five output shaft which can increase speed and reducer with gear ratio 1:2. With excellent processing technology and stable quality assurance, G+ supplied these multiple way gearbox to many manufacturers in grinding industry and polishing industry.
Large-caliber hollow structure; Low center of gravity, small volume, large transmission ratio; Applied to optical sensing, automation equipment and other fields. GR60-90K-OS GR120-90K-OS GR200-90K-OS
G+ GSG series hollow rotary table. Large Aperture Structure: Easier wiring and piping, especially in complicated wiring and piping conditions. Two-stage Reduction with Integrated Design: The pinion bearing and the second-stage coaxial integration assembly significantly improved the concentricity and gear torque, while saving space and lowering cost.
G+ GSG series hollow rotary table. Large Aperture Structure: Easier wiring and piping, especially in complicated wiring and piping conditions. Two-stage Reduction with Integrated Design: The pinion bearing and the second-stage coaxial integration assembly significantly improved the concentricity and gear torque, while saving space and lowering cost.
As one of the leading hollow rotary actuator manufacturers and suppliers in China, we warmly welcome you to wholesale high quality hollow rotary actuator at competitive price from our factory.
high quality Closed Loop Hollow Rotary Actuator, Programmable Rotary Indexing Tables, high quality Right Angle Hollow Rotary Table
