LBBR10 2LS INA Linear Ball Bearing 10x17x26mm

The INA LBBR10-2LS is a compact, precision-engineered linear ball bearing designed to deliver smooth, accurate linear motion in applications where space is limited. Manufactured by INA (Schaeffler), this closed-type bearing features a robust steel construction with double-lip seals on both sides (2LS) to protect against dirt and contaminants while retaining lubricant for extended service life.

Designed for use on 10mm precision linear shafts, the LBBR10-2LS incorporates a five-row recirculating ball system that provides low-friction movement, excellent running accuracy, and reliable performance in high-speed linear applications. The compact outer diameter allows installation in space-constrained designs without compromising load capacity or precision.

Suitable for industrial automation, CNC machinery, packaging equipment, robotics, medical devices, and general linear motion systems, the bearing is manufactured to Schaeffler's high quality standards for dependable operation and long service life.

Key Features

• Genuine INA (Schaeffler) compact linear ball bearing
• Closed design for unsupported precision shafts
• Double-lip seals (2LS) on both sides for improved contamination protection
• Smooth recirculating ball system for low-friction linear movement
• Five ball raceways for consistent load distribution
• Compact design ideal where installation space is limited
• Suitable for high speeds up to 5 m/s
• Maximum acceleration: 100 m/s²
• Factory lubricated for reliable operation

Technical Specifications

• Part Number: LBBR10-2LS
• Bore Diameter (Fw): 10 mm
• Outside Diameter (D): 17 mm
• Length (C): 26 mm
• Ball Rows: 5
• Dynamic Load Rating: 585 N
• Static Load Rating: 415 N
• Weight: Approx. 11 g

Typical Applications

• Linear guide systems
• CNC and machine tools
• Automation and robotics
• Packaging and assembly machinery
• Medical equipment
• Printing and textile machinery
• Material handling systems

The INA LBBR10-2LS offers a combination of compact dimensions, smooth linear performance, and effective sealing, making it an ideal choice for precision shaft guidance applications requiring long service life and minimal maintenance.