Used UNIVERSAL GSM X #152192 for sale

UNIVERSAL GSM X is a powerful equipment specifically designed for the assembly and manufacturing of printed circuit boards (PCBs). It is a comprehensive solution that delivers the highest level of quality, accuracy and repeatability in the smallest form factor possible. The system is equipped with a GSM II control unit, a serial control module (for producing high precision servo axes), an S2 model processor, an electronic data interface (EDI), an integrated off-the-shelf router and a fully automated programming unit. Additionally, it includes a multi-axis CNC positioning machine and an optoelectronic positioning tool. The GSM II provides motion control for up to six axes and fine-tuning to get the best from the asset. It boosts precision control, ensuring accuracy and repeatability for all production runs. The S2 model processor does all the work required for programmable logic, such as memory allocation, data calculation, program validation and editing, as well as linkage of other systems. Allowing for dynamic programming, it ensures maximum efficiency. The EDI offers programmable inputs and outputs, as well as time-based I/O adjustments and real-time feedback from the model. Consequently, it can monitor and analyze machine conditions, detect disruptive events and send out alarms to prevent equipment failure. The integrated router, with its ability to scale up to an unlimited number of nodes, guarantees a secure, timely and safe execution of jobs. Finally, the built-in programming system offers users the ability to create, store, edit and compile programs quickly and precisely. This includes positioning and routing functions, automated library creation and revision history tracking, all without the need for additional programming hardware. Overall, GSM X provides users with a streamlined, efficient, accurate and reliable PCB assembly and manufacturing solution. Its combination of features makes it ideal for most applications, regardless of the complexity of their production requirements.