SCHNEEBERGER – Slides & Positioning Tables (NFM/NH/NE)

This catalog organizes SCHNEEBERGER’s slides and compact positioning tables into a practical reference for designers, manufacturing engineers and maintenance teams who need dependable motion with predictable accuracy over long service intervals. The structure favors quick selection—by load, speed, stroke, installation envelope and environment—so you can converge on a shortlist without paging through the entire range. Each family is illustrated with dimensional drawings, load ratings, preload and accuracy classes, and interface notes that reduce trial‑and‑error during integration.

Selection guidance is grounded in real applications. Dynamic and static stiffness, permitted moment loads and life calculations are presented together with mounting recommendations, so the compliance of the surrounding structure is considered from the start. Tolerance stacks are called out explicitly: how base flatness, parallelism and screw‑tightening strategy propagate into straightness and running accuracy. Where required, shimming and selective preload options are explained to balance friction, rigidity and smoothness.

Reliability is addressed as part of the system. Sealing concepts, lubrication strategies and contamination control are summarized with practical intervals, grease quantities and compatible oils. For harsh chips or abrasive dust, the catalog highlights wipers, scrapers, bellows and positive‑pressure options. Corrosion protection, surface treatments and stainless variants are identified for wash‑down or outdoor duty. Traceability and certification notes simplify incoming inspection and audit requirements.

Installation and alignment notes close the loop. The text illustrates reference‑edge practices, dowel and shoulder usage, tightening sequences and verification with laser or ball‑bar methods. The goal is to reach repeatable performance with minimal rework: smooth motion, low noise and thermal stability across shifts. When these practices are adopted, machines start faster after maintenance, hold tolerance longer and require fewer reactive interventions.