Osram Sylvania Laboratory Collection

Halogene bulb testing

Halogen bulbs. Freshly-produced halogen light bulbs for vehicle headlights. The bulbs contain halogen gases which slow the loss of their metal filament and so extend their life

Laser bulb research
Bulb research. Laser being used to study a high- powered HBI lamp (centre left), a type of tungsten halogen light bulb. The bulb contains bromine and iodine gas

Bulb research. Prototype low heat light bulb being tested within a miniature Ulbricht, or integrating, sphere. Once closed

Halogene bulbs. Freshly-produced halogene light bulbs for vehicle headlights. The bulbs contain halogen gases which slow the loss of their metal filament and so extend their life

Lamp research. Researcher using an Ulbricht, or integrating, sphere to study the light from an Endura fluorescent lamp. Once closed

High-powered bulb. Researcher holding a high- powered arc lamp bulb at sunset. At full brightness this bulb generates light using thous- ands of watts of power

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Welcome to the innovative world of Osram Sylvania Laboratory, where cutting-edge research and groundbreaking discoveries illuminate our path towards a brighter future. As pioneers in bulb research, we are dedicated to pushing the boundaries of lighting technology, specifically focusing on halogen bulbs. With an unwavering commitment to excellence, our laboratory is at the forefront of halogen bulb testing. Through rigorous experimentation and meticulous analysis, we strive to enhance the performance and efficiency of these remarkable light sources. Our team's expertise enables us to unlock their full potential, ensuring that they deliver unparalleled brightness while conserving energy. But our quest for illumination doesn't stop there; laser bulb research is another exciting domain within our laboratory's repertoire. By harnessing the power of lasers in lighting applications, we aim to revolutionize how we perceive and utilize light. This frontier exploration holds immense promise for industries ranging from entertainment to medical advancements. Within our walls lies a hive of activity focused on high-powered bulbs - be it halogens or other types. We delve into intricate studies aimed at optimizing their output while maintaining durability and longevity. Our relentless pursuit ensures that every watt counts as we strive for maximum luminosity with minimal environmental impact. Lamp research also takes center stage in our laboratory's endeavors. From incandescent lamps to LED fixtures, we leave no stone unturned when it comes to enhancing their functionality and design aesthetics. Our goal is not only efficient illumination but also creating visually appealing lighting solutions that seamlessly integrate into any space. At Osram Sylvania Laboratory, innovation thrives through collaboration between brilliant minds from various disciplines who share a common passion for advancing lighting technology. Together, we explore uncharted territories in search of breakthroughs that will shape the future of illumination. In this dynamic environment fueled by curiosity and dedication, each day brings new possibilities as ideas evolve into reality under careful scrutiny within our state-of-the-art facilities.