Software Stroke Rate Optimization and Simulation
1Pages

INNOVATION...IN MOTION Project: Kunde - Kom. Nr. - Presse SANDER Tool in press: 3_%.all Max. No. of stroke: 29 1/min No. of stroke of press: 1 /min GRIPPER RAILS CALCULATION SPEED RANGE CALCULATION Closed pos Toot ch. position TOOL DATA Path front Path i Trarasfe* level TocJch. position ADMIN PANEL I I Controlled single stroke I I Optimized off I I Shift register on I I Transferto the left I I Transferto the right Tool save/load Cun/es DXF i Add gripper rail profile Wave compesation: inactive Application • For the tool designer • For sheet metal and solid forming • For servo/toggle/crank and drag crank presses Advantages • Reduced start-up phase due to o Optimization of the process from press, transfer and tool during the die design phase • Maximum number of strokes due to o Collision analysis for early adaption of the tool and process • High throughput due to o Automatic stroke rate calculation with detailed values for paths and angles, gripper rails design and gripper forces • Easy to use due to o Workflow based data input o Graphical and numerical presentation of results o Consistency check of the input data o USB-based data transfer Head section Upper tool Collision curve Basket centring with collision point (hatched area) Clipping workpiece Gripper Gripper rail Under tool Basic section • High flexibility due to o Freely adaptable movement data of the transfer o Selectable transfer function synchronous operation and single stroke o Freely definable and storable Ram motion for servo presses o Programmable cam controller o Movement data for the 3D simulation • One freely usable license per system Sander Automation GmbH Reiersbacher Str. 34 77871 Renchen-Ulm, Deutschland info@sanderautomation.de www.sanderautomation.de Sander Automation Corporation 501 Welham Road, Unit #7 Barrie. Ontario, L4N 8Z6. Canada info@sanderautomation.com www.sanderautomation.com