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| SMT NUREMBEG, GERMANY |
SMT NUREMBEG, GERMANY
June 8th – June 10th 2010
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| 5.4.2010 |
Amtest is glad to welcome to the Team,
Robert Brożyna
Robert is an electronics engineer with 4-years high level experience with the SMT process and will be located in Lower Silesia, Poland
József Sebestyén
József is a sales specialist with 6 years of SMT application and soldering process experience. He will be located in our Budapest office.
Istvan Harkai
Istvan is an electrical engineer with 4-years experience with AOI systems. He will be located in our Budapest office.
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SAMSUNG SM411
FULL VISION HIGH SPEED CHIP SHOOTER
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| SAMSUNG SM411 |
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The SM411 series machines realized the high placement performance with two gantries by adopting the twin servo mechanism to the Y axis and flying vision to minimize the moving speed of the head for part placement. |
High speed dual gantry system
Dual gantry machanism with dual head system provides highest component placement in the class. The twin servo system applied to each axis of gantry structure allows high speed placement by strong accelerating force.
Equipped with self motion controller and reinforced rigidity of driving system, SM411 machine achieves excellent repetition accuracy. |
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Smart head design
 Two heads each with six spindles
Each spindle incorporated with flying vision camera and high speed nozzle
Reducing the weight of the head by using a single casting, stable high speed motion could be realized
Theta movements were further enhanced by the use of three high speed theta motors |
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Powerful vision system
Recognizes and calculates offset for components such as chip, TR, BGA and QFP as they are picked up and transferred to the placement point
Feeder pocket recognition
The SM411 Series increases recognition accuracy by removing component image noise function and implementing an automatic teaching function
Automatic part recognition system allows parts of complicated shape to be registered easily
Up to 30° recognition tolerance of rotated components provides minimum component dumping |
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High speed dual conveyor system
By adopting a dual work conveyor and shuttle inlet conveyor, the PCB feeding type was minimized, thus maximizing the actual productivity.
The board transport system automatically adjusts to the precise board width in order to further facilitate quick changeover. |
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