BNAT105 Crossed Roller Bearing 10mm Bore Ultra-Thin 5mm High Precision Robot Bearing

Shaft Diameter 10 mm BNAT105 Crossed Roller Bearing 10X21X5mm Precision Robot bearing Joints

BNAT105, Ultra-Thin Section Type Both the inner and outer rings are of an integral structure. This series minimizes axial and radial section dimensions to the extreme (with a minimum section of just 5mm), featuring an ultra-thin design. It is most suitable for applications requiring lightweight and compact structures in rotating parts, such as collaborative robots, service robots, special-purpose robots, and alignment platforms.

Key dimensions include:

• Outer Diameter: 21 mm
• Bore Diameter: 10 mm
• Width: 5 mm

The BNAT105 bearing excels in applications requiring high performance and reliability, offering superior stiffness and load capacity while simplifying installation.

1. Ultra-Thin Profile: Minimized axial and radial dimensions for compact, space-saving applications.
2. High Precision: Ensures accurate rotation, ideal for robotics and precision machinery.
3. Lightweight: Reduces overall weight, perfect for robotic joints and portable devices.
4. Versatile Load Capacity: Handles radial, axial, and moment loads efficiently.
5. Integral Structure: Single-piece inner and outer rings enhance rigidity and stability.

The application areas of the BNAT105 bearing are primarily concentrated in scenarios that demand high precision, lightweight design, and compact structure. These include the following fields:

• Collaborative Robots: Suitable for rotational support in joint sections, as its ultra-thin design (height of only 5mm) meets the requirements for lightweight and compact structures.
• Service Robots: Such as logistics robots, cleaning robots, and other equipment with frequently rotating parts (e.g., heads, robotic arms).
• Specialized Robots: Including firefighting robots, underwater robots, and other special-environment operation equipment, requiring high rigidity and stability.

• CNC Machines: Used in indexing mechanisms and rotary tables for high-precision rotating components, replacing traditional bearings to improve equipment response speed.
• Alignment Platforms: Such as precision positioning stages in semiconductor manufacturing, requiring minimal section size and high rotational accuracy.

• Surgical Robots: Provides precise rotational support for joints, ensuring stable performance in sterile environments.
• Medical Devices: Such as rotating components in imaging equipment, requiring low friction and long service life.

• Mobile Radar Vehicles: Supports rotating antenna bases, requiring vibration resistance and high reliability.
• Optical Instruments: Such as rotating platforms in telescopes and laser positioning systems, demanding low backlash and high rigidity.

• Hollow Rotary Platforms: Supports inner rotors of direct-drive motors (DD motors), requiring an extremely thin section to save space.
• Harmonic Reducers: Precision transmission components in robotic joints, relying on the bearing's high load-carrying capacity.