Used SIEMENS Siplace X2 #191250 for sale

SIEMENS Siplace X2 is an advanced pc board assembly and manufacturing equipment used for automated, high throughput production runs of circuit boards. The system is capable of accurately placing components from 0201 chip up to large components with 50mm lead pitch. The unit can manage up to eight nozzles for a total of 56 feeds with up to forty-eight feeder slots. It can also be configured with up to five component placement heads for higher throughput. Siplace X2 includes a number of features designed to increase accuracy and make the machine more efficient. It has a vision tool with up to four cameras to check component presence, orientation, and position before placement. Its vision algorithm is fast and accurate and allows for placement of 0.65 to 8mm components with high accuracy. The addition of a 'flying vision' asset also provides users with additional accuracy and quality control. To improve speed and accuracy during production runs, SIEMENS Siplace X2 can also be configured with an integrated nozzle exchange model. This feature allows for fast and easy changeover of nozzles for different components, dramatically reducing production time. Other features include strain gauge height measurement for optimal component placement, an integrated belt conveyor, and a thermal imaging equipment to detect heat produced by the nozzle. Siplace X2 utilizes advanced algorithms and software for efficient production runs. A 'smart' feeder exchange system allows for easy changeover of feeders and allows for parallel production of different board designs in a single run. The machine also includes an 'auto correction' feature, which can detect placement problems of components on the bottom layer of the board and can compensate for the problem. SIEMENS Siplace X2 is able to handle a variety of production tasks, from prototyping to large scale production runs. It is also equipped with a number of safety features and able to be adapted to a variety of board designs, further increasing its usefulness. Its advanced features and accuracy make it an ideal choice for production runs of advanced circuit boards.