IKO Nippon Thompson Linear Guide Carriage MLC5C1HS2 MLC Series, 12mm Carriage Width, 582N Dynamic Load, Japan MLC5C1HS2

IKO Nippon Thompson MLC5C1HS2 Linear Guide Carriage from the MLC Series features a 12mm carriage width with a dynamic load rating of 582N and static load rating of 841N, designed for precision linear motion applications.

Incorporating advanced C-Lube technology, this linear guide carriage ensures sustained lubrication performance over long periods, reducing maintenance requirements and enhancing operational efficiency.

The carriage is lightweight and compact, promoting ease of installation and integration into industrial machinery and equipment. Its smooth and light running characteristics contribute to precise linear motion essential in various industrial fields.

The tapped rail specification and the use of stainless steel offer excellent corrosion resistance, making it suitable for environments where rust prevention is critical. The ball retained design further facilitates easy mounting while maintaining high rigidity and load capacity.

Applications include use in clean rooms, medical devices, disk read heads, and semiconductor manufacturing equipment, where high precision and reliability are crucial. C-Lube technology maintains long-lasting lubrication performance.

Lightweight and compact construction ensures easy integration. Smooth and light running for precise linear motion. Features tapped rail specification and stainless steel for corrosion resistance. Ball retained type allows ease of mounting and enhanced stability.

Ideal for clean rooms, medical equipment, disk read devices, and semiconductor manufacturing. Manufactured in Japan to ensure high quality and reliability.

Part of the wider Linear Motion Rolling Guide Series from IKO Nippon Thompson, known for a wide range of sizes and high-load capacity, this carriage supports diverse industrial and manufacturing needs.

Explore the extensive category of Linear Guide Carriages at EnvMart for reliable and precision motion solutions.