Used PHILIPS / ASSEMBLEON Topaz XI #199899 for sale

PHILIPS / ASSEMBLEON Topaz XI is a compact surface mount assembly (SMT) and manufacturing equipment that offers a high degree of process control, accuracy, and speed. It is designed to take surface-mount technology processes to the next level and help streamline material flow, work order processing, and production throughput. PHILIPS Topaz XI has a modular, open-architecture design that is easily configurable to meet specific process needs. The system can use its PCI bus and integrated software to adapt to various SMT processes, and it also works well with most popular CAD/CAM software systems. It offers a high degree of precision, enabling operators to easily identify even the slightest defect in the assembly process while still being able to keep up with the high speed production line needs. ASSEMBLEON Topaz XI can support many popular SMT components, such as Fine-Pitch Chip and Single Mount Components, with its patented parallel vision chip insertion tool technology. It also supports non-contact Blade and Jet Stencil Printer Printer compatibility, allowing assembly of very small pitch components (i.e. 0.5mm Pitch BGA). Additionally, Topaz XI has the capability of introducing 3D Component Insertion into the production line. This feature allows for a more accurate and controlled assembly process, improving accuracy and overall quality of the assembly. For enhanced operator convenience, PHILIPS / ASSEMBLEON Topaz XI includes its own real-time Statistical Process Control software. Assembled boards are automatically monitored and compared with their virtual equivalents on the unit. Any deviation from the reference assembly is clearly identified and traced to its root cause. This allows for fast and accurate correction when necessary. Together, these features make PHILIPS Topaz XI surface mount assembly and manufacturing machine a powerful and efficient tool for assembly and manufacturing lines. It is capable of quickly and accurately producing high quality, reliable products in minimum quantities. Furthermore, its ease of use and modular design ensures a smooth assembly transition from existing SMT processes and an improvement in overall product quality.