Note: We'll upgrade our systems to serve you better. This site will be unavailable. Downtime will begin on Friday, April 10 at around 19:00 (KST) / 18:00 (SGT) / 11:00 (CET) and is expected to last for several hours. We apologize for the inconvenience and appreciate your patience.
Industry & Entertainment
High-performance lamps for solar simulation und UV degradation
State-of-the-art solar simulation lamps, including our HMI and XBO series, which are designed to meet the highest industry standards. Our expertise ensures that you get accurate, cost-effective and high-quality lamps for all your material testing needs.
Product availability
All products for solar simulation remain available.
HMI single end lamps
UV-A lamps are available for applications ranging from insect traps to scientific analysis and entertainment blacklight effects
UV-A lamps are available for applications ranging from insect traps to scientific analysis and entertainment blacklight effects
HMI double end lamps
Short-arc high-intensity discharge lamps
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
XBO traditional & Xtreme Life (XL) lamps
Short-arc high-intensity discharge lamps
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
SharXS HTI
UV-A lamps are available for applications ranging from insect traps to scientific analysis and entertainment blacklight effects
UV-A lamps are available for applications ranging from insect traps to scientific analysis and entertainment blacklight effects
HTI double end lamps
Short-arc high-intensity discharge lamps
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
UV-A / Blacklight lamps
Short-arc high-intensity discharge lamps
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
HBO and HXP mercury short arc discharge lamps (≤ 200W) are intense point sources that provide a broad spectrum through the visible and ultraviolet range. These lamps are optimal sources for fiber illumination devices for medical, scientific, and various industrial areas. The broad spectrum makes these lamps ideal for microscopy applications.
