SINGLE AC SERVO-DRIVE TURRET PUNCH PRESSE
8Pages

SINGLE AC SERVO-DRIVE TURRET PUNCH PRESSES

SINGLE AC SERVO-DRIVE TURRET PUNCH PRESSES COMPACT, ECO-FRIENDLY AND INTELLIGENT NEW TURRET PUNCH PRESS AMADA have installed over 30,000 turret punch presses across the world. The AE-NT series builds on our knowledge and experience, combining AMADA's original, highly rigid 'bridge frame' construction, a single AC servo motor punch action, small footprint and large capacity turret. These factors ensure stable, high speed, high quality processing of the most demanding production. Many process integration functions and an environmentally driven design provide a very cost efficient performance....

TYPICAL PROCESSING SAMPLES PROCESSING TIME COMPARISON Conventional punch machine 0 PROCESSING TIME COMPARISON Conventional punch machine 0 PROCESSING TIME COMPARISON Conventional punch machine 0 PROCESSING TIME COMPARISON Conventional punch machine 0

ACHIEVEMENT OF STABLE, HIGH SPEED PROCESSING POWER VACUUM SYSTEM STABLE, HIGH SPEED PROCESSING ACHIEVED BY REDUCED SLUG-PULL The Power Vacuum system creates an area of lower pressure below the small station dies to 'suck' the slug away from the processing area. This also allows for a smaller punch penetration into the die (typically 1mm), resulting in higher speed processing. This function is also provided to the larger stations by the Slug Suction Unit. Air The Power Vacuum system sucks the slug down through the die due to the low pressure created below the slug. FINE CONTOURING SPECIAL...

ACHIEVEMENT OF HIGH QUALITY PROCESSING High speed deburring Time saving, in-cycle operation: After the slitting operation, the underside of the work piece is chamfered using a specific die to eliminate time consuming secondary processes and extra handling. Deburring tools can be manufactured to match the width of your slitting tool. Secondary operation not required Edge surface when using the slotting tool Secondary operation required Slotting The removal of overlap marks, eliminating any remedial work. The slotting tool can produce overlap mark-free edges at any angle when installed in a...

FUNCTIONS AND OPTIONAL EQUIPMENT Drive mechanism The AE-NT series uses a single AC servo motor system capable of achieving a hit rate of 900 hits/min. The press drive mechanism, which is housed within the bridge frame, uses a highly durable ball screw and link combination that ensures stable, high speed processing with high productivity. Power requirement while punching (kW) 200kN mechanical / hydraulic punch machine Ecology The AE-NT series consumes as little as 3kW of power while punching and has extremely low standby power requirements. Other environmental considerations, such as the...

A BRIDGE BETWEEN ERP AND AMADA ECO-SYSTEM AMADA Order Manager (AOM) is the new cloud-based platform created by AMADA. Thanks to the AMADA standard data exchange interface, the customer’s existing ERP system can be easily connected to AOM to allow the production data to be sent to the AMADA machines and for collecting the machine production data. AMADA provides a suite of perfectly integrated software products. Each software technology can take advantage of the VPSS concept (Virtual Prototype Simulation System) to lead to a total, enhanced and error-free production with AMADA machines....

Without safety devices MACHINE SPECIFICATIONS AE-NT Series Numerical control Punching force Drive system Single AC servo drive 45 ( 4 Auto Index stations) Controlled axes Axis travel distance Maximum simultaneous feed rate Maximum hit rate: - punching (5 mm stroke / 25.4 mm pitch) - marking Work range without reposition Maximum sheet thickness for: - High speed floating brush table (option) - High density brush table (option) Punching accuracy Maximum material mass Work chute (option) size Machine mass Specifications, appearance and equipment are subject to change without notice by reason...