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Dual Support Precision Planetary Gear Reducer
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Precision Planetary Reducer
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- High-Precision Customized Planetary Gear Reducer
- Industrial-Grade High-Precision Disc-Type Planetary Gear Reducer
- Universal High-Precision Planetary Gear Reducer
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- Planetary Gear Reducer Dedicated To Automation Equipment
- Economic Planetary Reducer
New Products
Dual Support Precision Planetary Gear Reducer
Product Model: VRB-60/90/120/140/180
Maximum Output Torque: 2.5 times the rated torque
Helical Gear Precision Backlash: ≤2 arc-min
Operating Temperature: -10℃～+90℃
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Product Description
As an exquisite creation in the field of precision transmission, the VRB series precision planetary gear reducer provides efficient and reliable transmission solutions for numerous industrial scenarios with its advanced design concept and outstanding performance.
The core of this series of reducers adopts a high-precision planetary transmission structure, whose structural advantages are concentrated in two major characteristics: high torque density and low backlash. High torque density means that greater torque can be output in a limited space to meet the needs of various high-load working conditions, while the low backlash characteristic ensures the precision of transmission and provides strong support for precise control. Its housing innovatively adopts an integrated circular structural design, which not only has a concise and smooth appearance, but more importantly, greatly improves the overall rigidity and concentricity stability, effectively reduces vibration and deviation during operation, and lays a solid foundation for the long-term and stable operation of the reducer.
Among them, the Dual Support Precision Planetary Gear Reducer is a major highlight of the series. The design of the dual support structure is like providing double protection for the operation of the reducer, further enhancing the overall stability and reliability. In terms of transmission, the helical gear transmission design results in a higher meshing overlap ratio and more sufficient contact between gears, thus making the operation smoother with significantly reduced noise, and the load-bearing capacity is also far superior to ordinary reducers. Moreover, the Dual Support Precision Planetary Gear Reducer demonstrates stronger tolerance and stability when coping with complex working conditions and long-term continuous operation, effectively extending the service life of the equipment.
In terms of gear processing technology, the application of precision ground gears combined with a preloading mechanism is exquisite. Precision grinding ensures the surface finish and accuracy of the gears, while the preloading mechanism further eliminates the clearance between gears. The two work together to accurately control the backlash within the range of ≤3 arcmin. This precise control greatly improves the positioning accuracy and dynamic response performance of the equipment, making the reducer perform excellently in high-speed and high-precision motion control.
As a representative of the Dual Support Precision Planetary Gear Reducer , the VRB series also exhibits excellent compatibility. It can be perfectly matched with mainstream servo motors, and the two work together like a tacit partner to easily achieve indexing motion with high repeat precision and continuous rotary output. Whether it is the flexible rotation of robot joints, the precise positioning of precision turntables, or the accurate control of angle adjustment devices in automated production lines, it can handle them with ease.
In the market competition, this precision planetary gear reducer with a dual support structure is a perfect alternative to Japan's Shimpo reducers with its outstanding performance and reliable quality. It is not only comparable in performance, but also more advantageous in price and service, providing users with a cost-effective choice and helping domestic industrial equipment move towards high-end and precision development.
The core of this series of reducers adopts a high-precision planetary transmission structure, whose structural advantages are concentrated in two major characteristics: high torque density and low backlash. High torque density means that greater torque can be output in a limited space to meet the needs of various high-load working conditions, while the low backlash characteristic ensures the precision of transmission and provides strong support for precise control. Its housing innovatively adopts an integrated circular structural design, which not only has a concise and smooth appearance, but more importantly, greatly improves the overall rigidity and concentricity stability, effectively reduces vibration and deviation during operation, and lays a solid foundation for the long-term and stable operation of the reducer.
In terms of gear processing technology, the application of precision ground gears combined with a preloading mechanism is exquisite. Precision grinding ensures the surface finish and accuracy of the gears, while the preloading mechanism further eliminates the clearance between gears. The two work together to accurately control the backlash within the range of ≤3 arcmin. This precise control greatly improves the positioning accuracy and dynamic response performance of the equipment, making the reducer perform excellently in high-speed and high-precision motion control.
As a representative of the Dual Support Precision Planetary Gear Reducer , the VRB series also exhibits excellent compatibility. It can be perfectly matched with mainstream servo motors, and the two work together like a tacit partner to easily achieve indexing motion with high repeat precision and continuous rotary output. Whether it is the flexible rotation of robot joints, the precise positioning of precision turntables, or the accurate control of angle adjustment devices in automated production lines, it can handle them with ease.
In the market competition, this precision planetary gear reducer with a dual support structure is a perfect alternative to Japan's Shimpo reducers with its outstanding performance and reliable quality. It is not only comparable in performance, but also more advantageous in price and service, providing users with a cost-effective choice and helping domestic industrial equipment move towards high-end and precision development.
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