CRBT305-41A 30X41X5mm Thin Wall Crossed Roller Bearing Robot Miniature Manipulator Surveillance Camera Bearings

CRBTF305A 30X63X5mm Thin Wall Crossed Roller Bearing Compact Hand Robot Joint Bearing

CRBT305-41A 30X41X5mm Thin Wall Crossed Roller Bearing Miniature Manipulator Surveillance Camera Bearings

The CRBTF305-41A bearing is designed for high-precision rotational motion, featuring crossed cylindrical rollers arranged at right angles to provide exceptional rigidity and load-bearing capacity. Key features include:

• Outer Diameter:41 mm
• Bore Diameter: 30 mm
• Width:5 mm
• Structure: Integrated compact design supporting radial, axial, and moment loads in any direction.
• Installation: Simplified by eliminating the need for a mounting flange.

The CRBT305-41A bearing excels in applications requiring high performance and reliability, offering superior stiffness and load capacity while simplifying installation.

What's the Performance Features of CRBT305-41A Crossed Roller Bearing?

CRBT305-41A is a thin-walled cross roller bearing, primarily used in industrial scenarios that demand high precision and lightweight design.

• Lightweight Design: Compared to traditional models, its weight is reduced by approximately 62%, with a cross-section height of only 5 mm, making it suitable for compact space applications.
• High Rigidity: The cross-roller structure can withstand axial, radial, and overturning moment loads, offering 3-4 times higher rigidity than traditional bearings.
• High Precision: The precision grade can reach P2/P4/P5 levels, making it ideal for precision equipment such as robotic joints, medical instruments, and more.

What's the Applications of the CRBT305-41A​ Crossed Roller Bearing?

The CRBT305A cross roller bearing, with its compact design (inner diameter 30mm × outer diameter 41mm × thickness 5mm), high rigidity, and high load capacity, is primarily used in the following fields:

1. Industrial Robots

• Joint Components: Used in the rotary joints of collaborative robots, humanoid robots, and robotic arms, providing high-precision positioning and low-friction operation while ensuring stable repetitive motion .
• End Effectors: Suitable for welding, handling, and other applications, meeting lightweight and miniaturization requirements .

2. Precision Machine Tools and Processing Equipment

• CNC Rotary Tables: Used in five-axis machining centers and mill-turn composite machines, ensuring precise indexing and rigid support .
• Grinding Machines and Testing Equipment: Such as universal testing machines and compression testing machines, ensuring balanced loads during processing or testing.

3. Medical and Laboratory Equipment

• Imaging Equipment: Used in rotating components of CT scanners and optical inspection instruments, meeting low-noise and high-speed requirements .
• Reverse Osmosis Systems: Applied in precision transmission components of liquid handling systems.

4. Automation and Specialized Equipment

• Semiconductor Manufacturing: Used in precision motion control modules of lithography machines and wafer cutting machines
• Radar and Communication Equipment: Supports smooth rotation of pan-tilt units, antennas, and similar components .
• Drones and Robotic Joints: Suitable for lightweight designs, such as drone gimbal stabilization systems.

5. General Industrial Applications

• Textile Machinery: Used in transmission components of textile equipment and looms .
• Chemical and Environmental Equipment: Applied in corrosive environments such as chemical pumps, vibrating screens, and sludge scrapers.

Key Features and Suitability

• Lightweight Design: Ultra-thin profile (only 5mm thick) makes it ideal for space-constrained applications.
• Composite Load Capacity: Capable of simultaneously withstanding radial, axial loads, and overturning moments, making it suitable for complex working conditions.

CRB Series (Integrated Inner/Outer Ring Type) Crossed Roller Bearing

I. Structural Characteristics

Split Outer Ring and Integral Inner Ring Design

• The outer ring is divided into two parts, while the inner ring is a single-piece structure, facilitating installation and clearance adjustment.
• Features an equal cross-section thin-walled design, with both inner and outer ring thickness minimized to suit compact space applications.

Rolling Element Arrangement

• Cylindrical rollers are arranged in a 90° cross pattern, with spacers maintaining their spacing to prevent friction and locking phenomena.

II. Performance Advantages

High Load-Carrying Capacity

• Capable of simultaneously withstanding radial, axial loads, and overturning moments, making it suitable for heavy-load applications (e.g., cranes, construction machinery).

High Rigidity and Precision

• Offers 3-4 times higher rigidity than traditional bearings, with rotational accuracy reaching P4 and P2 levels, ideal for precision equipment (e.g., CNC machine tools, medical instruments).

Lightweight and Compactness

• Extremely thin walls and reduced weight make it suitable for weight-sensitive applications such as robotic joints and manipulators.

High-Speed Performance

• Low-friction design supports high-speed rotation (e.g., DD motors, high-speed indexing tables).

III. Typical Application Scenarios

If you need more detailed information , feel free to ask!

At Beining Intelligent Technology (Zhejiang) Co.,Ltd, we specialize in designing and manufacturing super precision bearings for CNC machine tool spindles,robots and motors with an annual capacity of 200 million units. Our blend of innovation and scalable production serves industries worldwide.

Key Facts:

• Location: Zhejiang Province, in a 20,000 sqm facility.

• Production: Equipped with 90 automated lines.

• Expertise: Supported by a team of 20 expert engineers dedicated to advancing bearing technology.

With a strong focus on quality and cutting-edge solutions, we cater to diverse sectors, including automotive, aerospace, robotics, and more. Trust Beining Technology to deliver reliable, high-performance bearings tailored to your specific needs.