我们的 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.
方面: 孔径: 17 毫米, 外径: 23 毫米, 宽度: 4 毫米
额定动载荷 (铬): 2.8 千牛
额定静载荷 (科尔): 1.45 千牛
材料:
Rings: Gcr15 Chrome Steel;
Balls: 氮化硅 (氮化硅);
Cage: Reinforced Nylon 66/Stainless Steel (optional)
Max Operating Speed: 最多 40,000 RPM (grease lubricated)
重量: Approximately 0.015 千克 (30% lighter than all-steel equivalents)
这 6803 Hybrid Ceramic Thin Section Ball Bearing is designed for applications where space, 重量, 和 rotational efficiency are critical. Combining the strength of chrome steel rings (GCr15) with the advanced properties of 氮化硅 (氮化硅) 陶瓷球, this bearing delivers unmatched performance, extended lifespan, 和 ultra-smooth operation. It is ideal for robotics, 航天, 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% 打火机, 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.
机器人技术
Arms, joints, actuators requiring precision and compactness.
航天 & 防御
Gyroscopes, satellites, drones, and control systems.
Medical Equipment
Dental handpieces, MRI scanners, and surgical robots.
High-Speed Automation
数控主轴, packaging, and motion control systems.
Optics & Instruments
Encoders, scanners, and rotary stages demanding high accuracy.
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