The principle of the tire removal machine

The tire removal machine, also known as the tire scraper or tire removal machine, is a professional car tire removal equipment. The principle is mainly to mechanically separate the tire from the wheel hub quickly and efficiently, and the following is a detailed explanation of the principle of the tire splitter:

First, the structure of the composition

The tire removal machine is mainly composed of the following parts:

· Body: As the supporting structure of the whole equipment, to ensure the stability and durability of the equipment.

· Chuck: Used to hold the tire firmly and prevent the tire from moving during operation.

· Tire pressing device: through the pressure plate, cylinder and other components, the pressure generated by the hydraulic system is used to press down the tire edge and separate it from the wheel hub.

· Auxiliary arm or swivel arm: on the side of the tire removal machine, it is used to separate the tire from the rim and ensure the smooth progress of the tire removal process.

· Inflation and deflation device: used to drain the air in the tire, convenient for the disassembly and assembly of the tire, and equipped with an air pressure gauge to measure the air pressure of the tire.

· Control system: including foot pedal switch and other components, which are used to control the functions of the tire removal machine.

Second, the working principle

The working principle of the tire removal machine is mainly based on the following steps:

· Fix the tire: First, place the tire on the chuck of the tire removal machine and use the chuck to hold the tire securely.

· Tire separation: Then, the tire compression device is activated, and the pressure generated by the hydraulic system presses down the tire edge, creating a certain gap between it and the wheel hub.

· Tire removal: After the tire is separated from the hub, use a tool such as an auxiliary arm or a swivel arm to gradually remove the tire from the hub.

Specifically, the clamping device of the tire removal machine is fixed to the end of the swivel arm by a chuck, which can rotate freely in three-dimensional space to adapt to different shapes and sizes of hubs and tires. Driven by the drive motor, the clamping device drives the tire to rotate, resulting in an outward centrifugal and shear force. These forces work together at the junction of the tire and the hub, separating the tire from the hub.

3. Application and maintenance

Tire removal machine is widely used in the tire disassembly and assembly of various automobiles, especially the disassembly of tires for large trucks and engineering vehicles. When using the tire removal machine, it needs to be carried out in accordance with the operating specifications to ensure the safety of the operator and the quality of the tire replacement.

In addition, regular maintenance is required in order to extend the service life of the tire breaker and maintain its working performance. This includes cleaning equipment, lubricating parts, checking air pressure and hydraulics, and more.

To sum up, the tire removal machine realizes the rapid and effective disassembly and assembly of tires through its unique structure and working principle, and provides important support for automobile repair and maintenance.

   The company specializes in the production of four-wheel aligners, tire removal machines, balancing machines and other high-end wheel maintenance equipment, is a research and development, production, sales and service in one of the automobile maintenance equipment manufacturers. "Roadbuck" is committed to the R&D, production and sales of high-end automobile maintenance equipment, continuously innovating around the needs of customers, launching professional automobile maintenance service solutions, and striving to improve the user experience and create a good reputation with high-quality products and considerate services. At present, Rodrople's products have been sold to more than 60 regions abroad, serving more users in the auto maintenance industry.

 

2024-10-23