Optimumcut-1D LITE Feedback System

License: Shareware | Author: Optimumcut | Requirements: 64 MB of RAM (recommended), 32 MB (minimum), 4 MB of hard disk space (minimum)

Optimumcut-1D is a Stand-Alone (1 Dimension) Cutting List Generator and Linear Material Optimization Software Tool which calculates and displays exactly how to obtain the best yield from stock lengths of profile. Subsequently leading to significant savings in materials cost when estimating and ordering materials for Manufacture and Production. The question is how do you achieve an optimum materials yield using the minimum quantity of materials ? Optimumcut-1D software allows you to solve that problem, by length nesting of materials, so you can decide how to buy or how to use stocks, obtaining an optimum cutting list in a matter of seconds. You can make economic optimization if you use different standard lengths with different costs per length. When Do I Need to use Optimumcut-1D ? At Estimating and Sales Stage !, At Buying Stage !, At Manufacture and Production Stage ! What can be Optimized using Optimumcut-1D ? Optimumcut-1D can be used to create Optimized Cutting Lists from Stock Lengths of Materials used in the Fabrication of Products from many Industries such as: Construction Industry: Curtain Walling, Shopfronts, Windows, Doors, Brise Soleil, Louvres, Trickle Ventilators, Structural Steelwork, Pressings, Cladding, Roofing, Fencing, Balustrading etc. Engineering Industry: Screw Manufacture, Linear Component Manufacture etc. Woodworking Industry: Cabinet Making, Joinery, Furniture. Lumber Industry: Cutting source materials from trees into stock sizes and stock lengths. Home Improvements : Curtain Rail Manufacture, Shelving, Tables, Wardrobes, Doors, Cabinets, Skirting Boards, Flooring etc. The list of Industries and products is almost endless.To be competitive in Industry, reduce costs and dismiss excess scrap, all of the aforementioned Materials would benefit from materials optimization using Optimumcut-1D at Estimating Stage and prior to Ordering and Manufacture. Obtain The Maximum From A Minimum