Used MYDATA Tex #293618781 for sale

MYDATA Tex is a PC board assembly and manufacturing equipment designed for high-volume, high-reliability production. The system is capable of handling the entire board assembly process, from printed circuit board (PCB) loading through testing and final packaging. MYDATA TE-X uses an advanced pick-and-place unit, which is designed to reliably place components onto the boards by using intelligent control algorithms and specialized vision systems. The machine can recognize and place components ranging from tiny surface-mounted components to large and delicate parts, allowing for complex, high-mix products. Tex is also equipped with an advanced board-handling tool that is designed to work quickly and safely. It is capable of quickly loading, unloading, and moving boards between different stages of the production process. The board-handling asset uses a combination of a multiple-axis robotic arm, conveyors, and vision systems, allowing it to reliably transport boards between all stages of production. TE-X also has a range of integrated testing technologies, designed to ensure the produced boards are of the highest quality. This may include x-ray inspection, optical inspection, in-circuit testing, functional testing, and automated optical inspection. This testing model allows for the highest levels of defect detection, allowing for the highest levels of board efficiency and yield. Finally, MYDATA Tex includes a wide range of packaging and labeling options. This includes vision-aided packing, labeling and shipping, as well as automated barcode generation. This helps ensure that the boards are produced and shipped safely, quickly, and accurately. Overall, MYDATA TE-X is an advanced PC board assembly and manufacturing equipment which is designed to handle the entire fabrication process, from PCB loading to testing and packaging. It includes sophisticated intelligent control algorithms and specialized vision systems, as well as a variety of integrated testing features and packaging options, allowing it to produce high-volume, high-reliability circuits with high efficiency.