S7002 CE/HCP4A 15*32*9 mm Super Precision High Capacity Single Row Angular Contact Ball Bearing Ceramic Balls High Speed

Super-precision, high-speed E design, single row angular contact ball bearing with seals

The S7002 CE/HCP4A bearing,bore diameter is 15 mm, outside diameter is 32 mm,width is 9 mm,featuring precise dimensions, high static load capacity, P4A precision grade, and hybrid ceramic balls, delivers superior performance and reliability for applications requiring high rotational accuracy and stability.

What's the Performance Features of S7002 CE/HCP4A Bearing?

The S7002 CE/HCP4A bearing, engineered for high-performance applications, features P4A grade precision, an angular contact design for handling significant radial and axial loads. Optimized for high-speed operation with minimal vibration, it offers smooth, quiet performance and is constructed from premium materials to ensure durability and longevity. This bearing maintains high precision during operation, making it ideal for critical applications in machine tools, automation, aerospace, medical devices, and other industries requiring exceptional accuracy and reliability.

What's the Applications of the S7002 CE/HCP4A Bearing?

The S7002 CE/HCP4A bearing, a super-precision angular contact ball bearing,is crucial for ensuring high accuracy and stable operation in various industrial applications. It is employed in the spindle and tailstock of lathes and the transmission and support sections of grinders to enhance machining accuracy and efficiency. In industrial manufacturing, it enables precise and stable movements in robotic joints and supports critical functions in printing presses, such as paper feeding and cylinder rotation, ensuring smooth operation and print quality. Additionally, in precision measurement devices, this bearing meets stringent accuracy and stability requirements, facilitating reliable measurements. Overall, the S7002 CE/HCP4A bearing plays an essential role in maintaining optimal performance across diverse machinery and equipment.