PowerNest, world’s best library for 2D-shape automatic nesting
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PowerNest product flyer Nesting and cutting optimization World’s best library for 2D-shape automatic nesting! Target industries : Sheet metal working Packaging & Printing Foam products manufacturing Synthetic & Technical materials World’s best nesting. As a pioneer for 35 years in the field of cutting optimization and automatic nesting of complex shapes for the cutting of materials in sheets, Alma provides CAD/CAM software developers with its unique experience through the PowerNest library. PowerNest is powerful and comprehensive library for automatic nesting. It has been designed to develop optimization applications for 2D nesting or CAM cutting and can be used in a wide range of sectors for various cutting techniques: oxycutting, plasma and laser cutting, punching-nibbling, milling, waterjet, knife, saw blade, etc. • Unparalleled nesting performances • 35 years of expertise in nesting optimisation • Any shape, any material Stand out from competitors. • Make nesting you trump card • Performances unmatched by your competitors • Domain-specific features Value-added service. • Fast and easy integration • Consultancy and support from optimization experts • Customization to your needs You save money. So do your clients. Visit nesting.almacam.com and try PowerNest’s nesting with your parts! Alma CAM software 15, rue Georges Perec - 38400 Saint-Martin-d’Hères - France Tel. +33 (0)4 76 63 76 20 - nesting@almacam.com nesting.almacam.com - www.almacam.com (corporate) • Save on R&D costs • Help your customers maximize material yields • Refine m

PowerNest product flyer Very powerful options built right in Manual nesting capacity The PowerNest library uses the best of machine resources to deliver outstanding performances: • Fully use multi-core processors • Take advantage of full memory using 64-bits Start a nesting manually and complete it in automatic mode • Improve an existing nesting • Interactive mode also enables “smart” manual nestings Uses true shapes and gets the best of it Our algorithms use real shapes for better performance: • Best orientation is chosen by the algorithms among allowed orientations • Parts recesses are...