INA Linear Guide Carriage KWVE30, 27500N Dynamic Load, 28mm Rail Width

This linear guide carriage from Schaeffler is a high-performance solution tailored for precision movement in various industrial applications. Designed for a rail width of 28mm, it features an efficient carriage length of 99mm and a width of 60mm, making it suitable for compact setups. The carriage is engineered to accommodate high loads, with a dynamic load rating of 27,500 N and a static load rating of 55,000 N, ensuring robust performance in demanding environments.

• High load capacities facilitate reliable operations under stress
• Optimised dimensions promote easy integration into existing systems
• Dynamic load rating supports varied applications in automation
• Precision engineering ensures smooth linear motion and reduced friction
• Compatible with established linear guide rail systems for flexibility
• Ideal for use in precision linear guide systems across multiple sectors

• Utilised for precise positioning in robotics and automation
• Suitable for assembly lines requiring smooth linear movement
• Commonly used in CNC machinery for accurate component placement
• Effective in transportation systems to manage heavy loads
• Ideal for industrial machinery where high load capacities are essential

The carriage is designed to handle a dynamic load of up to 27,500 N and a static load of 55,000 N, allowing it to operate efficiently under significant weight.

Precision engineering reduces friction during operation, ensuring consistent and smooth linear motion essential for automation applications.

Yes, the standard dimensions and compatibility with linear guide rail systems make it easy to integrate into current setups without extensive modifications.

Its high load capacities and robust design, alongside precise engineering, make it well-suited for various industrial environments where durability and accuracy are paramount.

The dynamic and static load ratings ensure that the carriage maintains performance reliability under varying operational stresses, critical for consistent functionality in industrial tasks.