Our 6803 bearing is available in open, shielded (ZZ), or sealed (2RS) configurations to match your environmental requirements. The thin-section design provides engineers with greater flexibility in designing compact systems for semiconductor equipment, optical scanners, drone motors, and high-speed automation systems.
Dimensions: Bore: 17 mm, Outer Diameter: 23 mm, Width: 4 mm
Dynamic Load Rating (Cr): 2.8 kN
Static Load Rating (Cor): 1.45 kN
Material:
Rings: Gcr15 Chrome Steel;
Balls: Silicon Nitride (Si3N4);
Cage: Reinforced Nylon 66/Stainless Steel (optional)
Max Operating Speed: Up to 40,000 RPM (grease lubricated)
Weight: Approximately 0.015 kg (30% lighter than all-steel equivalents)
The 6803 Hybrid Ceramic Thin Section Ball Bearing is designed for applications where space, weight, and rotational efficiency are critical. Combining the strength of chrome steel rings (GCr15) with the advanced properties of silicon nitride (Si₃N₄) ceramic balls, this bearing delivers unmatched performance, extended lifespan, and ultra-smooth operation. It is ideal for robotics, aerospace, automation, and precision instruments, offering superior reliability and efficiency in compact, high-speed environments.
Compact & Lightweight
The thin-walled design reduces weight and inertia, enabling faster speeds and more efficient system performance.
Hybrid Ceramic Design
The combination of GCr15 steel rings with Si₃N₄ ceramic balls results in a bearing that is 60% lighter, harder, and smoother, reducing friction and enabling higher speeds.
Long Life & Low Maintenance
The corrosion- and wear-resistant ceramic balls extend lubrication intervals and service life, minimizing maintenance needs.
Stable & Non-Conductive
Operates reliably across a wide temperature range. The non-conductive nature ensures safe use in precision and high-speed systems.
Robotics
Arms, joints, actuators requiring precision and compactness.
Aerospace & Defense
Gyroscopes, satellites, drones, and control systems.
Medical Equipment
Dental handpieces, MRI scanners, and surgical robots.
High-Speed Automation
CNC spindles, packaging, and motion control systems.
Optics & Instruments
Encoders, scanners, and rotary stages demanding high accuracy.
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