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AutoBarSizer

The software AutoBarSizer generates optimized layouts for the cutting of stock items, namely steel profiles (metal beams) and other bars and rods, into shorter pieces.

Cost / License

  • Pay once
  • Proprietary

Platforms

  • Windows
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AutoBarSizer information

  • Developed by

    Unknown
  • Licensing

    Proprietary and Commercial product.
  • Pricing

    One time purchase (perpetual license) that costs $0.
  • Alternatives

    0 alternatives listed
  • Supported Languages

    • English
AutoBarSizer was added to AlternativeTo by na_sh on and this page was last updated .
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What is AutoBarSizer?

The software AutoBarSizer generates optimized layouts for the cutting of stock items, namely steel profiles (metal beams) and other bars and rods, into shorter pieces. The generated layouts achieve an extremely high degree of material utilization (yield), i.e. the cutting waste is minimized. Furthermore, various configurable constraints are taken into account. The planner can also use different parameters to balance yield and additional organizational effort caused by the ­reusable remainders produced.

When layouts with miter cuts are created, AutoBarSizer also optimizes the ­interleaving (nesting) of the parts. For this it is sometimes useful to rotate some of the parts. The planner can allow or forbid specific rotations depending on material symmetries and production requirements. AutoBarSizer solves planning questions not only from ­rolling mills and steel traders, but also from the woodworking industry and manufacturers of »material strips« of all kinds.

The computation of one common size ­cutting layout only takes from a couple of seconds up to at most a few minutes.The software AutoBarSizer generates optimized layouts for the cutting of stock items, namely steel profiles (metal beams) and other bars and rods, into shorter pieces. The generated layouts achieve an extremely high degree of material utilization (yield), i.e. the cutting waste is minimized. Furthermore, various configurable constraints are taken into account. The planner can also use different parameters to balance yield and additional organizational effort caused by the ­reusable remainders produced.