7000AC Precision Angular Contact Ball Bearings Single Row 10X26X8mm CNC Spindle

Design Features of the 7000 AC Precision Angular Contact Bearing

The 7000 AC Bearing is built using high-quality materials and precision manufacturing.This super-precise angular contact ball bearing is perfect for high-speed spindles, precision tools, and any application where accuracy and speed really matter.

Dimensions:

Bore Diameter: 10 mm Outer Diameter: 26 mm Width: 8 mm

What Are the Key Benefits of Using a 7000 AC Bearing?

Exceptional Precision

• Highly Accurate: Built to tight tolerances (P4 or P4A class), ideal for CNC machines and medical devices needing high precision.

High-Speed Capabilities

• Fast and Efficient: Designed for high-speed use with minimal friction and heat, suitable for aerospace and precision manufacturing.

Enhanced Rigidity and Stability

• Robust Load Handling: Handles axial and radial loads well, perfect for robotic arms and semiconductor equipment.

Efficient Cooling

• Effective Heat Management: Reduces internal friction and dissipates heat efficiently, extending its life and improving performance.

What Are the Applications the 7000 AC Bearing Suitable For?

The 7000 AC Bearing excels in applications where precision, speed, and reliability are critical. Mainly uses as following:

Aerospace Components

• Exact and Stable: Perfect for aerospace parts like gyroscopes, actuators, and jet engines, where precision and reliability are critical.

Machine Tool Spindles

• Fast and Accurate: Ideal for CNC machines and precision grinders, ensuring tools run at high speeds with exceptional accuracy.

High-Speed Machinery

• High-Performance Operation: Suitable for equipment such as drills and milling machines that need to rotate at high speeds without sacrificing performance.

Semiconductor Manufacturing

• Precise and Reliable: Essential for semiconductor manufacturing equipment, guaranteeing accurate wafer processing with fast and dependable performance.

Medical Equipment

• Consistent and Precise: Used in high-speed medical devices like dental drills and imaging machines, ensuring reliable and accurate operation.