Slitting setup software — in minutes.
OptiStack turns your coil + slit pattern + machine + inventory into a buildable top & bottom arbor stack map with an exportable assembly order list.
- Strict inventory-only builds
- Exportable assembly order list (top & bottom)
- Setup-ready stack map (no manual stacking)
Slitting line setup software that
generates arbor setups + BOM.
Save machine presets, load your knife/spacer inventory, and generate a printable setup map for every job.
Machine presets
Store arbor dimensions, reserves, and clearance rules once. We handle the math for every future build.
Inventory-only builds
Algorithms that use only the knives and spacers you actually have in stock—no physically impossible setups.
Setup map + BOM
Generate a top & bottom arbor build sheet with exact spacer widths and quantities for the shop floor.
Built with 35+
years of
slitting-line
experience.
OptiStack isn't just software; it's the culmination of decades on the factory floor. We've refined our algorithms to solve real-world challenges that generic ERPs miss.
Longer Knife Life
Rotation guidance that reduces edge wear and extends time between regrinds.
Zero-Error Visualizations
Interactive 2D diagrams for arbor setup, ensuring operators get it right the first time.
Dynamic Waste Reduction
Intelligent trim management that recovers value from every coil millimeter.
Load-Ready Verification
Floor-valid: inventory + reserves + tolerance
Position 01
Top Arbor
Position 02
Bottom Arbor
Decimal Kit
Fraction Kits
Fit Check
Clamp + Reserve
Pocket Errors
Tolerance Status
Traceable output: BOM + load-order assembly sheet
Shimless slitting setups — even for decimal widths.
OptiStack builds exact pocket widths using your real spacer inventory — Standard blocks for whole mm + Fraction kits (0.10 & 0.01) for decimals. Qty-aware. Exportable BOM.
Fraction Kits for decimals (F-0.10 + F-0.01) — no plastic shims
Strict inventory + quantity checking (what you have is what it uses)
Assembly breakdown with µm error: STD + F-0.10 + F-0.01
Assembly Breakdown
127.73 mmBuilt: 127.73 · Error: 0 µm · PASS (±5 µm)