PRECISION STAMPING COMBINED WITH SERVO PRESS TECHNOLOGY
ULX-D precision servo press series from AIDA-America are the first presses to be more accurate than the die, providing the ability to produce even higher accuracies in products formed via ironing, flattening, or bulging processes that are easily influenced by changes in forming speeds.
Posted: September 6, 2011
ULX-D precision servo press series are the first presses to be more accurate than the die, providing the ability to produce even higher accuracies in products formed via ironing, flattening, or bulging processes that are easily influenced by changes in forming speeds.
The ULX-D precision servo press series from AIDA-America Corporation (Dayton, OH) is an innovative metal stamping press that combines the award winning features of the ULX Series, with the highly celebrated ServoPro system. ServoPro, with its unique high-torque/low RPM servo motor design, offers completely programmable stroke and velocity profiles and a direct drive system.
ULX series high precision presses, which incorporate a highly rigid 9-point support system, zero-clearance slide gibs and a no con-rod design, have enabled stampers to shift from secondary machining processes to high-precision, near-net-shape metalforming. The ULX also increases the life of the die and achieves high dynamic accuracy not possible in a conventional mechanical press.
ULX precision stamping presses are the first presses to be more accurate than the die. The ULX-D Servo Press provides customers with the ability to manufacture products with even higher accuracies, especially products formed via ironing, flattening, or bulging processes that are easily influenced by changes in forming speeds.
The ULX-D Series not only contributes to the manufacturing of major super-high precision parts demanded by environmental-related devices and safety-related components in automobiles, it has also contributed to the development of new materials and new forming methods. Additionally, the AIDA-developed capacitor bank system enables the production of products with minimal energy consumption. www.aida-global.com