エクセリタスノーブルライトジャパン Product Lineup

The BlueLight Premium UV System is a chemical-free sterilization device for food packaging surfaces, developed for customers facing issues such as the deterioration of food quality after filling and the challenge of insufficient food shelf life. The BlueLight Premium UV System is specifically designed for sterilizing food packaging materials used for fresh products such as pastes and liquids like yogurt and milk, as well as dried solids. 【Features】 - Minimal thermal impact on packaging materials from UV irradiation - Chemical-free - Fast lamp startup to accelerate the production process - Safe operation on production lines enabled by lamp breakage detectors - Usable in humid environments due to high protection class - Extremely long lifespan due to high-intensity lamps - Low maintenance frequency for the system - Retrofit capability for existing filling or sealing plants, etc.

The BlueLight Hygienic UV System is a surface sterilization device that uses high-intensity ultraviolet light and is free of chemical agents. 【Features】 ■ Compatible with Industry 4.0 ■ Microorganisms such as bacteria, yeast, and mold are inactivated in just a few seconds, ensuring the safety of food packaging ■ High energy efficiency. It has significantly higher output than conventional low-pressure UV lamp systems and can save up to about 90% more energy compared to medium-pressure UV lamps ■ Wide UV irradiation area due to a narrow frame, etc.

The BlueLight Flash UV system is a new technology ultraviolet sterilization device that achieves chemical-free and mercury-free operation. It is a groundbreaking solution that achieves log 4 at high speed and is specially designed for sterilizing the caps of beverage bottles. The BlueLight Flash UV system is equipped with a xenon flash lamp as its light source. Compared to traditional non-heating, non-contact light sterilization methods using low-pressure mercury lamps and high-pressure mercury lamps, the xenon flash lamp offers significant advantages in terms of output and environmental considerations, including: - The ability to generate a large amount of pulse light by instantaneously applying and discharging energy stored in a capacitor. - Instantaneous high light output with the capability of high-speed repeated flashing. - Chemical-free and mercury-free operation. - Low energy consumption. - Compact design that can be used in any orientation. - Easy integration into existing equipment. - No chemical procurement costs due to being chemical-free. - Unlike devices using chemical sterilization methods, it has low capital investment and significantly reduced introduction and operational costs.

The long-life amalgam lamp is a high-performance low-pressure UV lamp with an extremely long lifespan. Compared to conventional low-pressure mercury lamps, it offers up to 10 times the UV output density and can be used in high ambient temperatures below 90°C. Additionally, amalgam lamps have minimal output fluctuations due to changes in ambient temperature. By encapsulating an amalgam alloy made of mercury and special rare metals, it achieves approximately 2 to 3 times higher output compared to traditional low-pressure mercury lamps. Furthermore, it maintains up to 90% of UVC output even after over 16,000 hours of operation, significantly improving lamp lifespan. As a result, a nearly constant sterilization effect can be obtained throughout the lamp's lifespan, leading to energy savings and reduced frequency of maintenance and service. 【Features】 - Compact lamp shape utilizing high-output amalgam technology - Ideal for sterilization and purification - Usable in high ambient temperatures below 90°C - Minimal output fluctuations due to ambient temperature changes - Energy-saving - Low-cost lamp that can replace medium-pressure lamps - High output density despite being a low-pressure lamp - Low heat dissipation from the lamp itself - Reduction in the number of lamps, system components, and maintenance frequency

The NNILight series is a high-output ultraviolet lamp for water disinfection. It is not only a highly reliable and cost-effective solution but also incorporates all the advantages of the Exelitas Noble Light amalgam lamp. As an effective water disinfection solution, it offers an economical ecological choice by optimizing maximum lifespan and energy consumption. The stability of lamp temperature over a wide water temperature range (with dimming capability) enhances the efficiency of the disinfection system. Furthermore, NNILight can be used not only as a UVC lamp for disinfection and AOP (Advanced Oxidation Process) applications but also as an ozone generation lamp. For ozone generation, the Noble Light lamp produces ozone, which destroys chemical contaminants in the air and generates OH radicals in water for TOC applications. Additionally, it has low maintenance costs, making it a cost-effective disinfection method. For end-users, it offers longer operational lifespans, less downtime, and significantly lower total cost of ownership compared to other low-pressure lamps. As a result, it enables cleaner drinking water, wastewater, and industrial water in agriculture, aquaculture, and food and beverage manufacturing.

Due to climate change such as rising temperatures from global warming and the increasing world population, many issues related to water resources are occurring around us. In Japan, high-quality water treatment devices have been developed and implemented, but it is believed that the demand for water will become increasingly stringent in the future. Therefore, this document explains what is required of ultraviolet (UV) lamps installed in water disinfection devices. [Contents (excerpt)] - What kind of lamps can meet the future increase in water treatment? - What is ultraviolet disinfection? - Types and characteristics of UV lamps used in water treatment, etc. *For more details, please refer to the PDF document or feel free to contact us.

In recent times, where food safety is being strictly demanded, thorough hygiene management is required in the food processing manufacturing process. Conveyor belts and trays, which are widely used in food factories, pose a risk of indirect transmission due to cross-contamination by microorganisms, meaning there is a potential for pathogenic microorganisms to be indirectly contaminated from one food to another. However, there are cases where adequate measures have not been implemented. The BlueLight SteriBelt UV system has been developed for continuous ultraviolet sterilization of conveyor belts, combining high UV irradiation intensity with ease of use. It is a groundbreaking system that enables hygiene measures at a low cost. Due to the shape of the amalgam lamp used, more than 50% of the output of the BlueLight SteriBelt UV system is directly irradiated on the surface, significantly improving efficiency.

"WhisperCure Technology" utilizes patented innovative technology unique to Foseon to provide unparalleled and attractive solutions. By offering high-output air-cooled lamps that generate only minimal noise compared to conventional options, it contributes to the realization of a safe working environment. Additionally, it achieves an increase in UV output while maintaining the size of the Foseon unit. This allows machine manufacturers to produce large, high-output air-cooled systems that previously required water cooling without additional cooling equipment. [Features] - High-performance applications through maximization of peak illuminance - Compliance with regulations by keeping the noise of LED curing systems below required limits - Improvement in productivity and profitability through enhanced communication among operators *For more details, please refer to the PDF materials or feel free to contact us.

The "Substrate Temperature Guide" is a technical guideline provided by Exelitas (formerly Foseon Technology) for the proper setup and operation of UV LED systems. It explains how to effectively carry out LED UV processes. 【Summary of the Document】 ■ UV LEDs are cold light sources and do not generate heat themselves. ■ The temperature rise of the substrate is not caused by the LEDs, but by the substrate's reaction to ultraviolet light. ■ The optical properties of the substrate itself have a significant impact on its temperature. ■ External factors such as the output/illuminance of the curing system, irradiation distance, and scanning speed can also contribute to the temperature rise of the substrate. *For more details, please refer to the PDF document or feel free to contact us.