1、 Application scope
Bearing assembly is usually used in situations where high precision and stability are required for mechanical system performance. Due to the integration of multiple components such as bearing seats and seals, it has higher applicability in some complex mechanical equipment, especially in parts that require overall replacement or maintenance. For example, in situations where precision and stability are highly required, such as heavy-duty CNC machine tools and high-speed operating equipment, bearing assembly assemblies can provide better support and stability.
As a fundamental component in mechanical systems, bearings have a wider range of applications. Whether it is daily necessities such as household appliances, bicycles, or industrial production equipment such as motors, pumps, fans, etc., they all rely on the support and rotation of bearings. Therefore, bearings have a high demand in the market and a wide range of applications.
2、 Installation and maintenance
The installation of the bearing assembly is relatively simple because each component has been pre assembled, and users only need to follow the instructions for overall installation. In terms of maintenance, due to the interdependence of various components within the assembly, more overall inspections and replacements may be required. But this also reduces the maintenance requirements for individual components and improves the convenience of overall maintenance.
The installation of bearings requires consideration of the precision of fit with the shaft and bearing seat, and the installation process is relatively cumbersome. In terms of maintenance, bearings require regular inspection, cleaning, and replacement of lubricating oil to ensure their normal operation. For bearings that are damaged or worn, they need to be replaced in a timely manner.
3、 Cost and Price
Due to the integration of multiple components in the bearing assembly, and the need to invest significant resources and technology in the design, production, and assembly processes, its cost is relatively high. This also leads to the fact that the price of bearing assemblies in the market is usually higher than that of individual bearings.
As a single basic component, bearings have relatively simple production processes and a large market supply, so their prices are relatively low. This makes the application of bearings in the market more widespread and widespread.
