XENON™ S-5000: Versatile Pulsed Light System for Roll-to-Roll (R2R) Applications
The XENON™ S-5000 emerges as the ultimate solution in pulsed light systems, specifically crafted for Roll-to-Roll (R2R) applications. Boasting ten fully independent 16" lamps, this system delivers exceptional throughputs of up to 70 feet per minute. Controlled by an industrial touchscreen computer, the S-5000 excels with a patented algorithm that automatically synchronizes lamp flashes with the moving sample, offering unparalleled flexibility in defining the number of flashes per area and overlap between pulses.
The revolutionary modular design of the XENON™ S-5000 represents a major advancement in the industry, providing unprecedented flexibility and maximum efficiency. Its ingenious design makes lamp replacement a snap, minimizing downtime to less than five minutes. This crucial feature ensures continuity of production, reducing wasted time and money associated with unplanned downtime.
Additionally, with an impressive power output of up to 15 kilowatts, the S-5000 delivers industry-leading performance to meet the highest demands of industrial applications. This exceptional capability allows for significant variability in operating parameters, providing variable control and extensive customization to accommodate a multitude of production scenarios.
Optional conveyor integration adds an extra dimension to the versatility of the S-5000, enabling high-speed operations without compromising on quality. This optional conveyor provides a complete solution for Roll-to-Roll (R2R) applications and other production processes requiring rapid and efficient material handling.
In summary, the XENON™ S-5000 redefines industry standards for performance, flexibility and reliability. With its revolutionary modular design, impressive power and advanced integration options, it offers a complete solution for the most demanding production challenges.
Whether opting for continuous or pulsed production, the S-5000 ensures exceptional optical uniformity and unmatched durability. Its modular design also allows for easy addition of extra lamps to meet higher production demands. With the integrated interface, the industrial touchscreen panel precisely configures system parameters, including the number of lamps, lamp overlap, energy per pulse, light footprint, and web speed.
The S-5000's versatility is reflected in its ability to be configured for various applications, seamlessly adapting to all production levels. An optional conveyor can be integrated for high-speed operations on separate samples. Spare lamps can be stored in an integrated cabinet for quick replacement. The S-5000 can be adjusted for a maximum pulse energy of 1450 Joules with up to 10 lamps or 1850 Joules with up to 5 lamps, offering maximum flexibility to accommodate different application requirements.
This innovative system also incorporates an internal power supply handling all power conversions and distributions, simplifying installation and enhancing overall system efficiency. Additionally, in case of power disruptions, the S-5000 is equipped with a UPS backup to ensure uninterrupted power.
The S-5000 provides a seamless user experience through its industrial touchscreen panel, serving both as a user interface and the central processing unit for the system. Specific parameters, such as the number of lamps, lamp overlap, energy per pulse, light footprint, and web speed, can be easily configured via the touchscreen panel. These parameter sets can be saved and recalled later for different process recipes.
The XENON™ S-5000 represents a technological breakthrough in the realm of pulsed light, offering a versatile, highly customizable solution suitable for various applications. Its innovative design, user-friendly interface, and modularity make it the ideal choice for manufacturers looking to optimize production with cutting-edge technology.
Whether for Roll-to-Roll (R2R) operations or other production processes, the S-5000 stands as the perfect partner to meet the challenges of the most demanding manufacturing scenarios.
