Rather than nesting a single piece of stock at a time, TigerStop’s Dynamic Pack Optimization optimizes entire packs or bundles of like-profiled material, quickly and accurately. It quickly calculates the greatest number of profiles an operator can load while achieving the best yield and preventing over-cutting of expensive raw stock. It can be used while processing metal, wood, composites, and plastics.
Dynamic Pack Optimization allows operators to achieve maximum productivity.
Dynamic Pack Optimization mathematically and precisely determines the best order to process packs/bundles for optimal material yield. It can be used in an array of industries: window and door, cabinetry, furniture, millwork, flooring, curtainwall, MEP, and more. Unskilled operators and seasoned sawyers alike can take advantage of Dynamic Pack Optimization's easy-to-use software benefits.
Reduces labor time spent calculating how to process material
Dynamic Pack Optimization is customizable to your cutting envelope
Being Dynamic means it always moving and thinking- this means you don’t need to spend time doing pre-optimization prior to cutting. You also won’t have to deal with the problems associated with pre-optimization and redoing pre-optimization if the list is thrown off due to human error
Dynamic Pack Optimization is inherently faster than single piece optimization
TigerTouch offers detailed list statistics and trackable metrics
Remnant statistics allow you to see how much usable material is left after a job
Reporting features are available if you are familiar with the SQL programming language and have TigerTouch version 2.03 or above. You will need to download Microsoft SQL Server Management Studio (free) to access reports. There are also additional tools available to access SQL Servers.
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How Dynamic Pack Optimization Works
Using TigerTouch software, the operator simply enters the stock proﬁle he would like to cut or process. Proﬁles can also be saved and pulled up by their sort strings. The operator then tells the optimization software the maximum number of like-proﬁles his saw or machine tool can process at one time. This is calculated based on how large the cutting envelope is.
The operator runs a job list and types in the length of the stock he would like to cut or process and presses Enter. Using its world class propriatary algorithm, the Dynamic Pack Optimization software tells the operator how many pieces of stock to bundle together in the pack resulting in the best yield and productivity, while preventing over-cutting.
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Dynamic Pack Optimization
P: +1 (360) 254-0661 / F: +1 (360) 260-0755 12909 NE 95TH Street Vancouver, WA 98682-2426