In the daily maintenance of industrial production, component disassembly is a frequent and crucial task. When dealing with tightly fitted bearings, gears, or shaft components, a suitable tool can make this complex task efficient and smooth. The split-type puller is a professional tool designed for this very purpose, becoming an indispensable and reliable partner for numerous maintenance personnel.

In the daily maintenance of industrial production, component disassembly is a frequent and crucial task. When dealing with tightly fitted bearings, gears, or shaft components, a suitable tool can make this complex task efficient and smooth. The split-type puller is a professional tool designed for this very purpose, becoming an indispensable and reliable partner for numerous maintenance personnel.

The core advantage of the split-type puller lies in its flexible structural design. Unlike traditional integrated pullers, it adopts a detachable modular design, mainly composed of a puller body, force claws, connecting screws and other components. This design breaks the spatial limitations of integrated pullers. In some narrow or special working environments, such as disassembly of components deep inside equipment, workers can first send the force claws to the predetermined position independently, then assemble other components, easily solving the problem that traditional tools “cannot access or exert force effectively”.

Careful material selection is the foundation for the stable performance of the split-type puller. Industrial maintenance scenarios have high requirements for tool strength and wear resistance. The key components of the split-type puller are usually made of high-strength alloy materials through precision machining and heat treatment processes. This enables it to withstand large pulling forces, and it is not prone to deformation or damage when disassembling large-size, high-fit components. At the same time, precision machining ensures the fit precision between components, reducing vibration and wear during use and extending the tool’s service life.

  Strong adaptability is another highlight of the split-type puller. Components in industrial production come in diverse specifications, ranging from small bearings to large gears, with different sizes and shapes. By replacing force claws of different specifications and adjusting component combinations, the split-type puller can adapt to the disassembly needs of various types of components. Whether it is circular, square or special-shaped components, as long as the appropriate accessories are selected, stable clamping and uniform force application can be achieved, avoiding disassembly difficulties or component damage caused by mismatching between tools and components.

In terms of operational convenience, the split-type puller is also designed thoughtfully. The connection methods of its components are simple and reliable, and workers can master the assembly and disassembly processes proficiently after simple training. Some models are also equipped with user-friendly operating handles, adopting labor-saving lever principles or thread transmission structures, making it easier for workers to exert force, effectively reducing labor intensity. Even during long-term operations, high work efficiency can be maintained.

In practical applications, split-type pullers are widely used in various industries. In production line maintenance in the manufacturing industry, it is used to disassemble worn equipment bearings; in generator set maintenance in the energy industry, it helps disassemble large rotor components; in vehicle maintenance in the transportation field, it easily handles tight components in gearboxes. Whether it is regular maintenance or emergency repairs, it can provide reliable tool support for workers with its stable performance, ensuring the smooth progress of maintenance work.

For professionals engaged in industrial maintenance, a good tool can not only improve work efficiency but also reduce operational risks. With its flexible structure, reliable quality and wide adaptability, the split-type puller perfectly meets the core needs of industrial maintenance. In the modern industrial field pursuing efficiency and precision, it has become an important support for improving maintenance quality and ensuring production stability.