Komel Bearing Co., Ltd. has been engaged in roller bearing manufacturing in China for more than ten years. Our tireless research, development and manufacturing combined with advanced technology and strict quality control have earned us exceptional national and international recognition.
The modern manufacturing facility of 10,000 square meters operates under a rational management system. At every step, from sourcing high-quality materials to finishing, international standards are followed. Precision CNC milling, planing, and heavy-duty specialized machining can accurately identify small imperfections and improve mechanical properties. Our extensive testing facilities allow us to offer consistent solutions to meet the needs of various customers without compromising on quality.
This is the result of the meticulous manufacturing of Komel rollers. They have high-quality rollers, precise inner and outer rings, durable seals, and work on the principle of rolling, which greatly reduces energy loss and improves mechanical performance. The large contact areas between the roller and the raceway allow it to withstand large radial and axial loads, ensuring the stability of the system.
Our product portfolio includes cylindrical, plain, circular, and spherical rollers, each designed for a specific application. Cylindrical rollers can provide high radial forces, small rollers can withstand complex loads, circular bearings can self-align, or needle bearings are suitable for space-constrained environments.
Conventional bearings are distinguished by their high load capacity, exceptional strength, and accuracy. They can work faster, last longer, and reduce maintenance costs. These are widely used in industrial construction, transportation, energy, aviation, chemicals, and automotive components.
In addition to our standard products, we also offer customized solutions based on customer specifications and requirements. Our ODM and OEM services ensure that innovative ideas are realized and products are delivered to the highest standards and performance.
