Custom Rail Turntable+Rail Cart

The rail turntable car is a common equipment in the rail transportation system, which is mainly used to realize the in-situ steering of the rail transfer cart, so as to facilitate the loading and unloading and transportation of goods between different tracks.

The working principle of rail turntable mainly depends on the structure and function of its rail turntable. When the rail transfer cart is driven to a turntable capable of rotating, the turntable starts and spins to the desired Angle, allowing the rail transfer cart to transfer smoothly from one track to another. In this process, the rail cart will remain on the turntable, and the direction of travel will be changed by the rotation of the turntable.

Rail turntable car generally consists of the following parts:

Frame: The structure that supports the entire turntable car.
Rotating table: Part of the track that is laid and allows it to rotate, usually connected to a motor to perform a rotating function.
Driving device: such as a motor, used to provide the power of the rotating table.
Control box: used to control the start, stop and rotation Angle of the turntable car.

UPDATE APRIL 13th 2026

- Flexible Rotation: It can rotate stably at angles such as 180 degrees and 90 degrees, enabling smooth direction adjustment for rail carts and other equipment without causing any damage to the cargo or the equipment itself.

- Dual Control Modes: It supports both remote control and electrical cabinet control, allowing operators to choose the most convenient way according to on-site operation needs, improving operation efficiency and flexibility.

- Automation Compatibility: It can seamlessly integrate with automated production lines to achieve automatic coordination and linkage, reducing manual intervention and further optimizing the overall logistics and production efficiency.

- Customized Design: We provide tailor-made design according to the dimensions of various equipment, ensuring a perfect fit with the equipment to be transferred, and maximizing the stability and safety of the transfer process.