Used PHILIPS / ASSEMBLEON Emerald #9071908 for sale

PHILIPS / ASSEMBLEON Emerald is an automated pc board assembly and manufacturing equipment designed for high-volume manufacturing of printed circuit boards (PCBs). The system is ideal for customers looking to increase throughput, improve reliability and reduce the cost of assembly operations. PHILIPS Emerald unit is equipped with high-speed pick-and-place systems and a wide range of vision-guided technology to ensure accurate component placement, ensuring reduced waste and improved quality. The machine is designed for maximum flexibility, allowing easy programming of different types of assembly performance, such as fine pitch components, leadless package placements, and 3D components. ASSEMBLEON Emerald tool is also designed with safety in mind, including safety barriers that can detect objects in the assembly area and automatically respond with warning signals or safety shutoff mechanisms to avoid accidents or damage. The asset also features comprehensive engineering changes and designed change support, allowing for efficient handling of engineering changes and revisions throughout the life of the product. Equipped with an array of advanced software features, Emerald has the capability to be quickly integrated into existing equipment and processes. It features real-time monitoring and analysis of the board assembly process, providing immediate data and feedback regarding component placement accuracy or PCB quality. With a suite of powerful software tools, users can also plan, execute and analyze production runs, allowing for more efficient operation and secure data management. PHILIPS / ASSEMBLEON Emerald is designed to offer customers an optimal assembly solution, providing fast, reliable and cost-effective operation. With its advanced features and intuitive design, it serves as a powerful and versatile addition to any production model. The equipment is ideal for customers looking for increased throughput, improved accuracy, better safety, and greater flexibility.