The XENON S-1000 is a benchtop system for printed electronics that offers high peak energy, pulsed light technology to quickly heat and fuse conductive metallic ink flakes and nano inks at room temperature without significantly heating the substrate or adjacent thermally sensitive components. The compact S-1000 has adjustable ...

The XENON S-2100 is the next generation in the S-2000 sintering systems, a rack-mounted, high-energy, Pulsed Light system designed for reliable, repeatable sintering of conductive nanoparticles on heat-sensitive materials for printed electronics. The system features a high intensity pulsed xenon lamp that provides a broadband ...

The XENON S-2200 Pulsed Light system provides state-of-the-art thermal management for researchers working with new nano materials on heat sensitive substrates requiring rapid sintering, curing or annealing. High-energy Pulsed Light systems are designed to help develop effective process protocols for a wide range of industrial ...

The S-2210 Pulsed Light system is designed to treat wide areas with high intensity Pulsed Light for applications requiring high uniformity. The system is compact making it practical for scaling for larger areas or higher throughput by the integration of multiple racks. Pulsed Light photonic curing, at ambient ...

The XENON S-2300 Dual-Stage Sintering System is a breakthrough in materials research, providing unprecedented control of high-energy Pulsed Light for the most challenging curing, annealing, and sintering applications. Materials researchers are using Pulsed Light to explore innovative applications in printed electronics, ...

The XENON S-5000 is a customizable multi-lamp, Pulsed Light system ideal for Roll-to-Roll (R2R) applications. Ten independently-controlled 16\" lamps enable throughputs up to 70 feet-per-minute. The lamps are controlled via an industrial touch-screen computer that uses a patent-pending algorithm to automatically synchronize the lamp ...

The XENON S-5100 is a giant step forward in printed electronics; for the first time enabling the sintering of wide substrates in a roll-to-roll production environment. In Printed Electronics, as in all printing, wide-area capability is essential for volume production. It’s also required for products such as large screen digital ...