What are micro frictionless tables from SCHNEEBERGER linear technology? //
Micro frictionless tables from SCHNEEBERGER are high-precision mini-linear tables designed for applications that require extremely accurate positioning and movement in the micrometer range. They offer the highest precision in a compact space.
What advantages do SCHNEEBERGER micro frictionless tables offer? //
Micro frictionless tables are characterized by their exceptional precision, repeatability, and durability. Thanks to their compact design, they are perfect for micro-positioning applications, such as in optics or the semiconductor industry. They allow precise movements even in minimal space.
What variants and configurations of micro frictionless tables does SCHNEEBERGER offer? //
SCHNEEBERGER offers a wide range of micro frictionless tables, available in different sizes and configurations. All models are preloaded for zero play and are ready for use from the factory (Plug & Play). The variants include:
ND: A solution for the highest precision requirements, available in multiple sizes with roller cages.
NDN: This variant offers extremely low sliding resistance and is made from stainless steel.
NDN-KS: Equipped with cage control for extended lifespan and reduced operating costs.
MINISLIDE MS: Suitable for demanding environments, including high temperatures and vacuum.
MINISLIDE MSQ: This version offers high stiffness and load capacity with an O-shaped raceway arrangement.
MINISLIDE MSQscale: Integrated incremental measuring system for guiding and measuring in one system.
How is the installation and maintenance of micro frictionless tables carried out? //
Installation requires careful and precise alignment of the micro frictionless tables. Maintenance includes regular cleaning, lubrication, and inspections for wear or damage. SCHNEEBERGER provides detailed instructions for this.
In which applications are SCHNEEBERGER micro frictionless tables used? //
Micro frictionless tables are used in a variety of applications, such as optics, semiconductor production, biotechnology, precision metrology, and medical technology. They are essential in areas where submicron-level positioning and movement control are crucial.