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The GMY U-shaped xenon flash tube retains a long electric arc while minimizing the distance between terminal pins, enhancing compactness and optical coverage. This facilitates internal integration and wiring in equipment. Key parameters—including tube dimensions, electrode design, triggering method, output energy, and spectral range (UV, visible light, infrared)—can be tailored to specific requirements. These xenon bulbs are compatible with a wide range of functional and installation scenarios.
Compact structure for easy integration: The U-shaped design reduces terminal spacing while maintaining a long arc, saving installation space.
Flexible installation: Dual-end leads allow for symmetrical mounting or embedded configuration.
High energy concentration and stable output: Ideal for high-energy pulse discharge and localized intense illumination.
Excellent thermal management: Optimized structure enhances heat dissipation and prolongs lamp lifespan.
Highly customizable: Dimensions, electrode configurations, and spectral outputs can be flexibly adapted.
Spectroscopic and scientific research instruments
Machine vision and industrial inspection
Warning lights, beacon systems, and tower lamps
Studio and stage photography lighting
Automotive lighting and emergency strobe systems
Architectural and decorative lighting
Medical and laboratory lighting applications
The GMY U-shaped xenon flash tube retains a long electric arc while minimizing the distance between terminal pins, enhancing compactness and optical coverage. This facilitates internal integration and wiring in equipment. Key parameters—including tube dimensions, electrode design, triggering method, output energy, and spectral range (UV, visible light, infrared)—can be tailored to specific requirements. These xenon bulbs are compatible with a wide range of functional and installation scenarios.
Compact structure for easy integration: The U-shaped design reduces terminal spacing while maintaining a long arc, saving installation space.
Flexible installation: Dual-end leads allow for symmetrical mounting or embedded configuration.
High energy concentration and stable output: Ideal for high-energy pulse discharge and localized intense illumination.
Excellent thermal management: Optimized structure enhances heat dissipation and prolongs lamp lifespan.
Highly customizable: Dimensions, electrode configurations, and spectral outputs can be flexibly adapted.
Spectroscopic and scientific research instruments
Machine vision and industrial inspection
Warning lights, beacon systems, and tower lamps
Studio and stage photography lighting
Automotive lighting and emergency strobe systems
Architectural and decorative lighting
Medical and laboratory lighting applications