Features and advantages of new style precision planetary reducer
Features:
Its internal structure has a controllable deformation housing, a flexible internal gear, a flexible planetary gear and a special pan-cycloid gear transmission structure. In addition, an elastic pin is installed on the convex ring of the internal gear for shock absorption. The ring side sleeve of the flexible internal gear is provided with a flexible seismic isolation ring and an overload protection ring groove.
Advantages:
It reduces the processing difficulty of reducer parts, can reduce the sliding coefficient between gear transmissions during operation, thereby reducing adverse factors such as friction and heat, and can protect the prime mover and reducer to a certain extent when overloaded, thereby improving the service life and stability of the reducer.
The new precision planetary reducer has a wide range of applications, as follows:
● Industrial automation field:
Robots: The joint drive and arm motion control of robots require high-precision, high-torque output and small-sized reducers. Precision planetary reducers can meet the robot's requirements for motion accuracy, speed control and load-bearing capacity, and can be used in industrial robots, service robots, exoskeleton robots, etc.
CNC machine tools: CNC machine tools require precise feeding and spindle drive systems to ensure processing accuracy. Precision planetary reducers can provide accurate speed and position control for the workbench, tool holder, etc. of CNC machine tools, improving processing efficiency and precision.
Automated production line: In the automated production line, various conveying equipment, sorting equipment, assembly equipment, etc. require reducers to achieve precise motion control. The high precision, high reliability and compact structure of precision planetary reducers make them very suitable for use in automated production lines.
● Machinery manufacturing field:
Heavy machinery: Heavy machinery and equipment such as cranes, excavators, shield machines, etc. require powerful power transmission and deceleration functions. Precision planetary reducers can withstand large loads and impacts, providing reliable transmission solutions for heavy machinery.
Printing machinery: Printing machinery has high requirements for printing accuracy and speed. Precision planetary reducers can provide precise transmission for the rollers, paper conveying devices, etc. of printing machines to ensure printing quality and production efficiency.
Textile machinery: In textile machinery, precision planetary reducers can be used for the main shaft drive, winding device, etc. of the loom to achieve high-speed and stable operation and improve the quality and production efficiency of textile products.
Aerospace field: Aerospace equipment has extremely high requirements for the weight, accuracy and reliability of parts. Precision planetary reducers can be applied to aircraft landing gear systems, flight control systems, satellite attitude adjustment mechanisms, etc., to provide precise and reliable transmission for aerospace equipment.
● Medical equipment:
Medical equipment: such as CT machines, MRI equipment, surgical robots, etc., require precise motion control and a quiet operating environment. The high precision, low noise and high reliability of precision planetary reducers make them suitable for use in medical equipment, providing support for medical diagnosis and treatment.
Rehabilitation equipment: Electric wheelchairs, rehabilitation training equipment, etc. in rehabilitation equipment also require reducers to achieve speed regulation and power transmission. Precision planetary reducers can provide smooth and comfortable motion control for rehabilitation equipment.
● New energy vehicle field:
The drive system, steering system, braking system, etc. of new energy vehicles all require reducers to achieve power transmission and deceleration. Precision planetary reducers have the advantages of high efficiency, energy saving, and small size, which can meet the requirements of new energy vehicles for transmission systems.
● Optical instrument field:
Optical instruments have high requirements for accuracy and stability. Precision planetary reducers can be used in focusing devices, scanning devices, etc. of optical instruments to achieve precise position control and motion regulation.
● Smart home field:
With the development of smart home, more and more smart devices need speed reducers to realize motion control. For example, the opening and closing of smart curtains, the lifting and lowering of smart clothes drying racks, the walking of smart sweeping robots, etc. can all use precision planetary speed reducers to improve the performance and reliability of the equipment.
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