Schneeberger Inc. Micro-Frictionless Tables MINISLIDE MSQ

MINISLIDE Type MS 4 and MS 5 Highest results in the smallest envelope The gothic arch profile of the MINISLIDE MS tracks permits loads that are more than ten times higher than a traditional 90° V-profile. The last word in productivity MINISLIDE embodies the newest generation of miniature slides for extremely demanding applications. They are highly robust and reliable in every application due to their smooth performance, precision and long service lifetime. The materials used in the construction of the micro frictionless tables of Type MS MINISLIDE are suitable for use in many areas of application, such as in high temperature or ultra-high vacuum environments. High process reliability allows for cage control. The toothed racks are integrated directly into the carriages and guideways. The cage and pinion are made from high-quality plastic. MINISLIDE tables are extremely robust and prove themselves in every application with their high level of friction movement, precision, and reliability. Type ND micro frictionless tables consist of equal length top and bottom parts, where the fully hardened bottom part is designed as a double prism. All sizes are equipped with Type AC roller cages and can be used horizontally and vertically. Type NDN micro frictionless tables consist of equal length top and bottom parts and can be used horizontally and vertically. They consist of four major components: the top and bottom parts made of stainless steel, the brass cage, and the stainless roller elements. The U-shaped cage connects the two rows of balls. As a result, the tendency towards cage creep is largely eliminated. NDN micro frictionless tables are preloaded for zero backlash and have extremely low displacement resistance. NDN products fulfil demands for high dynamic performance while providing extremely high precision and long service life. Benefits of the gothic arch profile High load-carrying capacity in a compact design Maximum rigidity Low sensitivity to impacts Excellent damping behaviour Robust Low weight