ISKRIT / Construction site / Steel profile cutting
Construction site
Linear cutting optimizer: bars, pipes and profiles
A one-dimensional cutting stock optimizer for steel bars, pipes, tubes and rolled profiles. Pick a profile from the range and its mass per metre fills in automatically, or enter your own lengths. Blade kerf is reserved on every cut and offcuts above your threshold are carried into the next run. You get cutting patterns, utilization percentage and the tonnage to purchase.
Data current as of 2026-08-24
Standards
Solves the Cutting Stock Problem for one-dimensional cutting of standard stock bars. Mass per metre: rolled profiles per GOST tables, pipes from the section geometry.
Input
Profile list: profile, length, quantity. Stock bar length. Mass per metre from the range or your own.
Output
Cutting patterns, utilization percentage, purchase tonnage, remnant schedule.
What it does
- Optimization across all profiles and lengths in a single run
- Usable remnants are credited toward the next cutting plan
- Cutting pattern for every stock bar plus purchase tonnage
- Utilization percentage, usable remnant, and scrap
The tool and the platform
The tool
- Cutting maps, yield, purchase tonnage and scrap
- Section from the GOST range or your own mass per metre, multi-stock
- Offcut storage credited to the next run
- Schedule import from Excel, printable cutting maps
- Schedules of up to 5000 lines per run, works instantly, no sign-up required
ISKRIT·Rebar shop demo
The work of a whole department: roles, history and modules linked together.
- Detail and blank schedule by structure
- Shift task for the shop and marking tags for the pieces
- Storage ledger for sections: receipts, issues and returns
- Steel consumption by structure for an erection date
Questions
Which profiles are supported?
Round and rectangular pipes, angles, channels, I-beams and any linear profile. Mass per metre comes from the GOST range or is entered from the invoice.
Are remnants accounted for?
Yes, usable remnants are credited toward the next cutting plan, scrap is tallied separately, and purchase tonnage follows the nominal bar.
How does it differ from rebar cutting?
The packing math is the same, but the material is defined by profile and mass per metre rather than diameter and grade. There is a separate tool for rebar.