Operator guides, setup tips, and industry insights, written by the people who actually run slitting lines.
Picking the wrong rotary slitter blade quietly costs you in burrs, scrap, and short tool life long before it shows up as a failure. This guide walks through the six specifications that actually define a blade (diameter, bore, thickness, tolerance class, material grade, and edge geometry) and gives you a checklist you can order from.
Advanced high-strength steel breaks the rules that work on mild steel. As tensile strength climbs past 980 MPa, knife wear shifts from gradual abrasion to sudden chipping, and the clearance window narrows to almost nothing. This guide covers the tooling, clearance, and setup discipline that AHSS slitting actually requires.
Electrical steel is thin, abrasive, and unforgiving: a burr a few microns too tall bridges laminations, raises eddy-current losses, and fails the core. This guide covers the tooling, clearance, and setup that burr-free electrical steel slitting demands, and why the EV motor boom makes it worth getting right.
A complete walkthrough of arbor setup for coil slitting lines, from loading spacers and knives to verifying clearance and running test cuts. Based on floor experience going back to 1976.
An honest, feature-by-feature comparison of the major slitting setup software options available in 2026, including what each does best and where they fall short.
Most steel service centers spend 45-120 minutes per slitting job changeover. Here's how leading operations have cut that to under 10 minutes using a combination of process changes and software automation.
Plastic shims compress, creep, and cause width variation over time. Fraction kit spacers offer a metal-only alternative that delivers tighter tolerances and eliminates shim-related defects entirely.
New setup guides, troubleshooting notes and feature updates, by email.
