Precision optical products for the entertainment, industrial and scientific markets. Applications include cinema projection, stage and studio entertainment lighting, follow spotlights, video projection, military guidance, medical and solar simulation. Our products include a wide selection of cinema mercury-xenon and xenon short arc lamps ranging in wattage from 150W to 10000W and we continue to expand our product offering to meet your needs.
With over 30 years of experience, ALL BULBS continues to be recognized as a global leader in innovation, quality, and performance of products sold.
All products use the best available materials including the highest grade, optically clear, ozone free, fused silica quartz, 99.999% pure xenon gas and proprietary tungsten electrode materials. The manufacturing facilities use the most modern and sophisticated technological equipment available, as well as the latest in production techniques, including ISO9001, Lean manufacturing, and Six Sigma principles. The engineering and design team are responsible for the development of our LONGER LASTING XENON SHORT ARC LAMPS and the confidence that has led us to our 100% WARRANTY, the best in the industry. Product benefits
Short arc with very high luminance for brighter screen illumination
Constant color temperature of 6,000 K throughout the entire lamp lifetime
Easy to maintain
High arc stability
Instant light on screen thanks to hot restart function
Wide dimming range
Areas of application
Classic 35 mm film projection
Digital film and video projection
Architectural and effect light (“Light Finger”)
Our xenon short arc lamps are used in cinema projection, stage and studio entertainment lighting, follow spotlights, video projection, and a wide range of industrial applications. ASL offers a wide array of products, ranging in wattage from 150W to 10000W, and is continuing to expand our product offering to meet your needs. Our cinema lamps are designed for DC operation, which provides for greater stability, extended life, instant ignition and ease of optical alignment.