NSK Linear Slide

NSK Linear Slides are high-performance components designed for precision linear motion in industrial applications. These products combine NSK's advanced engineering expertise with durable materials to provide smooth, accurate, and reliable operation

Types of NSK Linear Slide:

Linear recirculating ball slides

NSK linear recirculating ball slides feature recirculating ball elements to deliver high performance precision, with options available to suit even the most contaminated of environments.
Linear recirculating roller slides

These slides use recirculating rollers instead of balls, providing enhanced stability and performance under demanding conditions.

Reasons to buy from us

Common Applications

Industrial Automation: Assembly lines, material handling systems.
Medical Equipment: Imaging systems, diagnostic tools.
Robotics: Precision control in automated systems.
Semiconductor Manufacturing: Accurate positioning in clean environments.
Packaging Machinery: Smooth, high-speed operations.

Why Choose NSK Linear Slides?

NSK Linear Slides are renowned for their unwavering reliability in critical industrial applications.
NSK remains at the forefront of linear motion technology through continuous innovation
With a presence in over 30 countries, NSK provides unparalleled global support to its customers.

Together these attributes make NSK linear slides a trusted product for industries worldwide.

Latest insight articles

NSK Linear Slide FAQs

How do I choose the right NSK Linear Slide for my application?

Selection depends on factors such as load requirements, speed, accuracy, environmental conditions, and space constraints. If you need support choosing, please get in touch with our team today

Can NSK Linear Slides handle heavy loads?

Yes, NSK Linear Slides are designed to handle a range of loads, from light-duty to heavy-duty applications, while maintaining precision and smooth motion.

Are NSK Linear Slides suitable for high-speed applications?

Yes, NSK Linear Slides are optimized for high-speed operations without compromising accuracy or stability, making them ideal for fast-paced automation and manufacturing processes.