IKO Nippon Thompson Stainless Steel Linear Slides, 38 mm Stroke Length BWU2560

IKO Nippon Thompson BWU2560 Stainless Steel Linear Slides offer high precision and corrosion resistance, ideal for industrial applications requiring smooth linear motion. Featuring a 38 mm stroke length and manufactured with stainless steel rails, these slides provide durability and longevity in harsh environments.

The carriage width of 25 mm combined with a 60 mm carriage length ensures a compact form factor suitable for precision machinery and instrumentation. The dynamic load rating of 1.15 kN and static load rating of 2.06 kN enable reliable performance under complex, high-torque loads.

This series of precision ball slides is widely used in electronics manufacturing, laboratory automation, and mechanical assemblies where accuracy and smooth operation are critical. The corrosion-resistant stainless steel construction further extends service life in demanding industrial conditions.

The linear slides are part of the IKO Precision Linear Slide series and are designed with a simple, compact structure for easy installation and maintenance. They perform consistently across a wide temperature range, making them suitable for diverse industrial and commercial applications.

The slides feature corrosion-resistant stainless steel rails for enhanced durability. Precision ball slide design ensures smooth and accurate movement under load. Carriage width is 25 mm with a carriage length of 60 mm. Dynamic load rating of 1.15 kN and static load rating of 2.06 kN support high-torque applications.

Designed for use in electronics, precision instrumentation, and other industrial environments. Compact and simple construction allows easy integration in various mechanical systems. The product is manufactured in Japan, assuring high quality standards.

This product is a reliable choice for precision linear motion needs in industrial, laboratory, manufacturing, and automation settings. Browse the wide range of IKO Nippon Thompson Linear Slides on EnvMart for your linear motion components.