Hollow Rotating Platform Reducer

Hollow rotating platform is used in various rotating motion scenarios, achieving high control of rotational speed, angle, and stability through high-precision bearings and transmission devices. It is mainly used in situations that require increased speed and torque, occupying a very important position. As a common type of reducer, hollow rotating platform is different from reducer?

The transmission method of high-precision hollow rotating platforms is mainly gear transmission, which is very common in daily life. The manufacturing and design level of gears directly affects the quality and accuracy of the equipment. The hollow rotating platform adopts a single-stage spiral gear reduction method to increase the output torque, and the gear accuracy level reaches below level 5. The side clearance is controlled by a flexible gap adjustment mechanism to minimize the backlash, and the repeated positioning accuracy is below 5 arc seconds. The rotating platform flexibly changes the interface size through customized flanges and input shaft holes, which is suitable for connecting any brand of stepper motors and servo motors, realizing any device of the motor; And the reducer is a transmission mechanism that reduces rotational speed and torque. Through the reducer, high-speed motors can drive low-speed and high torque loads, and it is widely used in heavy machinery and industrial equipment fields.

The precision hollow rotating platform has the characteristics of high-precision control and lightweight, which makes it more advantageous in certain applications. For example, in medical equipment and industrial machinery, equipment is required to be as lightweight and high-precision controlled as possible. The hollow structure of the precision rotating platform is also conducive to the connection of pipelines and wiring, making the overall design of robots and equipment more compact.

The functions and usage scenarios of hollow rotating platforms and reducers are also different. Due to the highly precise characteristics of rotating platforms, they are particularly suitable for applications with high rotation accuracy, angle, and stability, such as semiconductors, robot equipment, and medical equipment, while precision reducers are suitable for scenarios that require reducing motor output speed and torque, such as community property, industrial equipment, and rail transit. The usage scenarios and functions of the two are different, and they have their own unique advantages in different application fields and industries.

When selecting a hollow rotating platform, it is necessary to choose an appropriate flipping platform based on the load capacity of the equipment, and ensure that the selected platform has sufficient load-bearing capacity. We can then select the approximate model, speed ratio, torque, inertia, matching motor power, etc. Specific operations include: selecting the reduction ratio based on the speed and transmitted torque, selecting the turntable size based on the workpiece size, narrowing the selection range based on the turntable size, selecting the positioning method based on the installation method, and selecting accuracy based on the working condition requirements.