S7007 ACB/HCP4A 35*62*14 mm Super Precision High Capacity Single Row Angular Contact Ball Bearing Ceramic Balls High Speed

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

The S7007 ACB/HCP4A bearing,bore diameter is 35 mm, outside diameter is 62 mm,width is 14 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 S7007 ACB/HCP4A Bearing?

The S7007 ACB/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 S7007 ACB/HCP4A Bearing?

The S7007 ACB/HCP4A high-precision angular contact ball bearing ,featuring hybrid ceramic balls and a P4 accuracy class, excels in high-speed, high-rigidity, and heat-resistant applications. It is ideal for machine tool spindles, ensuring machining accuracy with minimal frictional heat deformation; industrial automation equipment like robot joints and servo motors, where it enhances dynamic response and control precision; specialized equipment such as semiconductor manufacturing devices and medical instruments, requiring stable operation in clean environments and low noise; and high-precision instruments like optical instrument rotating stages and measurement devices, ensuring micron-level positioning accuracy. This bearing's superior design makes it a critical component across diverse industries demanding exceptional performance and reliability.