Cut-Plan .Com Email & Phone Number

Want to save fabric in cutting room, that too within a few seconds ?Run Cut-Plan Solver @ http://www.cut-plan.appspot.com (Use Google Chrome only).This is an incredibly easy way of saving fabric, the single most determinant of your profitability. Think of the effort and money you put in developing tight markers (computer assisted or manual) and in spreading (assisted by spreaders or manual). Put in a fraction of time in Cut-Plan and you will reap disproportionately higher savings. No matter how sophisticated your marker making and spreading operations are, cut order planning in itself is a profitable exercise. Besides, Cut-Plan deeply impacts the subsequent operations. Use our Cut-Plan Solver to get a cut-plan. Compare it with the manually prepared one. You are in for a pleasant surprise. The most telling difference is in number of plies and in economic mixing of sizes.View a sample cut-plan from our Cut-Plan Solver @ http://www.cut-plan.com/output/trouser_order.html.For costing purposes, the Solver also gives Cut-Plans requiring just one or two markers. For cutting purposes, the Solver gives different Cut-Plans for different number of rolls.You will be authentic when you calculate fabric cost of a style. The Cut-Plans can be viewed (on mobile/tablet) on the shop-floor, where it matters most.You increase your profitability up to 10% through some number-crunching by computer and not through additional investment. Smart !Try for free.

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  President

  Tanya Geometrik Private Limited

  Feb 2008 - Present - Chennai Area, India

  Mathematically, Cut-Plan is a multi-objective optimisation problem. What does this mean? Pushing for one objective, say "save fabric" may act against another objective, say "minimise plies". Yes, it is counter-intuitive. Cut-Plan solution is always plural. There is nothing like a single best solution. Whichever is the most relevant for the factory is to be picked. What our Cut-Plan Solver does?It simultaneously optimizes the following objectives :* Minimise fabric consumption* Minimise number of layers (i.e, plies)* Minimise number of markers required to fulfill the order* More uniform production* More in tune with packing listFor factory with large order quantity and relatively cheaper labour, a solution minimising fabric consumption will be more relevant. For factory with small order quantity, a solution minimising number of markers will be more relevant. For a given matrix of sizes, order quantities, there are infinite combinations. The factory technician, in all probability, has neither the time nor the mathematical optimization algorithmic skills to search in the vast Solution Space. Cut-Plan Solver employs complex mathematical algorithms to find Pareto Optimal Solutions.