High Performing Actuators
Ballscrew actuator that we ordered through Kiwi Motion looks and performs great. Swiss quality!

Servo Components & Systems
Ballscrew actuator that we ordered through Kiwi Motion looks and performs great. Swiss quality!

The actuator runs smoother and quieter than previously used actuators. Also, it runs faster from start, so we can drive faster.

I can just tell Kiwi what I need and I can trust they will go away and sort the right product at the right time.

Well packaged item, as described and dispatched quickly. Thank you
We received the new components on the Wednesday afternoon and installed them the following morning. Parts were perfect and of great quality!
That you kindly for your assistance, fantastic service you’re running over there!

Crossed roller slide tables, also referred to as cross roller tables, represent a pinnacle of precision linear motion solutions offered by Nippon Bearing (NB).
These compact and versatile units integrate the benefits of crossed roller guides into a single, ready-to-use assembly.
Designed to deliver exceptional rigidity, accuracy, and smooth motion, they are indispensable components in various industrial and scientific applications.
In semiconductor manufacturing, where precision and cleanliness are critical, crossed roller slide tables play a crucial role in ensuring accurate positioning and movement of components.
These tables contribute to the production of microchips and other semiconductor devices, where even the slightest deviation can lead to significant issues.
Crossed roller slide tables are integral components in high-precision optical equipment, such as telescopes, spectrometers, and laser systems.
Their smooth and precise linear motion capabilities help maintain alignment and accuracy in optical instruments where precision is paramount.
Laboratory instruments and equipment often require precise linear motion for tasks such as sample positioning, microscopy, and analytical measurements.
Crossed roller slide tables provide the accuracy and reliability necessary for these applications, contributing to the advancement of scientific research and experimentation.
In electronics manufacturing, where intricate components need to be precisely positioned and assembled, crossed roller slide tables ensure smooth and accurate linear motion.
These tables facilitate the automation of assembly processes, improving efficiency and product quality in electronics production.
Cage creep is a common issue in linear motion systems, leading to premature wear and reduced performance.
To address this challenge, Nippon Bearing (NB) has developed the innovative STUDROLLER system. This patented technology prevents roller guide slippage, even in vertical applications, ensuring quieter operation, more accurate alignment, and an extended lifespan for crossed roller slide tables.

Nippon Bearing (NB) is synonymous with quality and innovation in the field of linear motion solutions. Their crossed roller slide tables are engineered to meet the most demanding requirements of modern industrial and scientific applications.
With a commitment to precision, reliability, and customer satisfaction, NB cross roller tables are the preferred choice for those seeking superior linear motion solutions.
Kiwi Motion provides access to comprehensive data sheets and 3D CAD models for Nippon Bearing (NB) crossed roller slide tables.
These resources empower engineers and designers to make informed decisions and streamline the integration of cross roller tables into their projects.
Cross roller tables from Nippon Bearing (NB) represent the epitome of precision and reliability in linear motion technology.
Designed to deliver exceptional performance in a compact form factor, these slide tables find application in a wide range of industries and scientific disciplines.
Whether in semiconductor manufacturing, optical instrumentation, laboratory research, or electronics assembly, NB crossed roller slide tables excel in providing smooth, accurate, and dependable linear motion solutions.
For enquiries, quotes, or further technical information, please contact us.
