Developed & marketed by:

·Parallel computing for faster calculations

·Easy-to-use & intuitive interaction

Technology for cost reduction, quality improvement and productivity gains

·Optimized FE technology for accurate predictions

·Industry-driven program

StampackSheet Metal Forming Simulation Software

Deep Drawing Processes & Product Validation 3D Shell

Stampack helps you to design formed parts so they can be done in the most cost-efficient way using the most economical process and material. Stampack also can help you develop a

part shape that can be formed easily and that will fit and function properly. Major areas of concern can be identified easily with Stampack, such as excessive thinning, fractures or wrinkling.

Optimum Trimming Lines 3D Shell

Stampack Trim Optimizer (TROP) is an automatic trimming line optimization module. It is an essential tool for the determination of optimum blank shapes and trimming lines.

The trim line is rapidly determined to ensure that the desired shape and dimensions of the part boundary are obtained at the end of those operations which follow the trimming operation. TROP automatically adjusts the trim line to remove or add sheet metal until the desired part boundary is achieved.

Optimum trim line-blank shape is necessary for the sheet metal forming process. The trim optimization not only prevents the wastage of material and reduces the product development period, but also improves product quality and reduces occurrence of defects like wrinkling and tearing.

Progressive Die Stamping Validation 2D · 3D Shell & Solid

Stampack for progressive die stamping validation lets users check and generate feasible stations in the complete tool. Stampack optimizes the complex die validation process

before tool construction. The complete simulation of the process combined with the results evaluation will help tool designers to take the right decisions, dramatically reducing the potential for error and greatly improve manufacturing productivity.

Springback & Springback Compensation 2D · 3D Shell & Solid

S tampack allows the accurate prediction of the final part geometry via the fast spring-back computation. A spring-forward algorithm has been developed to systematically

generate a complete geometry descritpion of the tooling surface with spring-back compensation. The algorithm has been proven successful with complicated 3d real metal forming parts.

Formability Analysis & Springback Prediction

Trim Optimizer

Worldwide Technical & Sales Support

Quantech ATZ S.A.Mediterranean Technology Park C3 Building – Office 308. C/ Esteve Terrades nº5. 08860 Castelldefels, Barcelona - SpainTel: (+34) 932 047 083 www.stampack.com stampack@quantech.es

Optimized Trimming Line

Intermediate Trimming Line

Initial Trimming Line