Through new material coating technology with higher hardness of coating and more reliable surface infiltration technology, bearings are more adaptable to worse and harsher working conditions, so that bearing products can still ensure extremely high fatigue resistance, wear resistance and prolonged service life under extreme temperature, corrosive environment, high speed, lubrication shortage or even no lubrication working conditions.

Designers use simulation analysis software tools to better match the bearing design with the actual application conditions. The performance, life and reliability of bearings can be predicted by setting preset parameters in various simulation applications, instead of laboratory or field tests taking more time and at high cost. The problems can be solved directly in the product design stage to ensure that the products are applied to the customer site.

Based on the industry characteristics and equipment operating conditions, we could provide operable maintenance and renovation solutions to give full play to the better performance of machines through active maintenance, thus helping customers to greater reduce downtime, maintain production efficiency and effectively prolong the service life of equipment for smooth operation throughout the life cycle.

According to the characteristics of the application, it provides the best bearing selection scheme to match customer design needs.

Intelligent bearings are connected with the control system through the sensors inside the equipment for timely and dynamically monitoring various equipment parameters, timely collecting and analyzing the data of the running parts of the bearings, warning before faults occur, displaying the fault parts, and dealing with the problems in time to avoid greater damage.