The Spyder III Krypton is the World's Brightest Handheld Beam
Matt Ho — September 7, 2011 — Art & Design
References: wickedlasers & technabob
Despite the look of the handle, the Spyder III Krypton is not a modernized version of a lightsaber; instead, it’s a laser pointer designed to help with tasks that require an extra burst of brightness.
The Spyder III Krypton is the world’s brightest handheld laser. How bright? For one, it uses green laser technology, which to the human eye is perceived as 800% brighter than red and 19,000% brighter than purple. The device is so powerful that Wicked Lasers claims it will break through the atmosphere; therefore, the company strongly advises against pointing it in the air, as this will disrupt satellite sensors, as well as aircrafts and pilots. The Spyder III Krypton also features TeslaCool Thermostatic Regulation and nine operation modes, which includes an S.O.S. function.
The Spyder III Krypton is the world’s brightest handheld laser. How bright? For one, it uses green laser technology, which to the human eye is perceived as 800% brighter than red and 19,000% brighter than purple. The device is so powerful that Wicked Lasers claims it will break through the atmosphere; therefore, the company strongly advises against pointing it in the air, as this will disrupt satellite sensors, as well as aircrafts and pilots. The Spyder III Krypton also features TeslaCool Thermostatic Regulation and nine operation modes, which includes an S.O.S. function.
Trend Themes
1. Brighter Laser Technology - The development of even brighter laser technology presents opportunities for industries such as scientific research, manufacturing, and entertainment to enhance their capabilities and create innovative applications.
2. Safety and Regulation - The increasing power and reach of handheld lasers require industries such as aviation, space exploration, and defense to develop new safety protocols, regulations, and technologies to prevent disruptions and accidents.
3. Advanced Laser Functionality - The integration of advanced features and functions, like TeslaCool Thermostatic Regulation and multiple operation modes, in handheld lasers presents opportunities for industries such as medical, construction, and automotive to benefit from improved precision and efficiency in their respective applications.
Industry Implications
1. Scientific Research - The development of brighter laser technology can revolutionize scientific research by enabling more precise experiments and measurements, as well as advancing fields such as physics, chemistry, and biology.
2. Aviation - The proliferation of powerful handheld lasers calls for the aviation industry to develop innovative detection and prevention systems to ensure the safety of aircraft and pilots, presenting opportunities for companies specializing in aerospace technology and security.
3. Entertainment - The use of brighter lasers in entertainment productions such as concerts, laser shows, and theme parks can create more mesmerizing and immersive experiences for audiences, leading to opportunities for event production and lighting companies to innovate and captivate audiences.
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