A UV laser shutter is an essential safety device for 100 to 400nm laser beams in various high-precision and safety-critical applications. It functions as high-speed beam control by precisely blocking or allowing the laser beam to pass through, making it essential for applications that require exact timing and control of laser exposure. Laser shutters ensure both efficiency and safety in fields ranging from scientific research to medical treatments and industrial. All below product lines are suffixed with “-Al, -3, -4” for UV laser applications.
Features
Optical Power Handling: 20 W
Aperture: 4 mm
Switching Speed: 10 ms
Logic Position Sensors
Optics: Aluminum
Key Features of LST4WBK2-3 Laser Shutters
Optical Power Handling: 50 W
Aperture: 4 mm
Switching Speed: 10 ms
Logic Position Sensors
Wavelength: 355 nm
Key Features of Our LST400-AL Laser Shutters
Optical Power Handling: 20 W
Aperture: 8 mm
Switching Speed: 20 ms
Logic Position Sensors
Optics: Aluminum
Key Features of LST400-123 Laser Shutters
Optical Power Handling: 50 W
Aperture: 8 mm
Switching Speed: 20 ms
Logic Position Sensors
Wavelength: 1064, 532, 355 nm
Key Features of Our LST400-4 Laser Shutters
Optical Power Handling: 50 W
Aperture: 8 mm
Switching Speed: 20 ms
Logic Position Sensors
Wavelength: 266 nm
Key Features of Our LST500-AL Laser Shutters
Optical Power Handling: 20 W
Aperture: 15 mm
High Rep Rate: 10 Hz
High LIDT: 500 mJ/cm2
Optics: Aluminum
Key Features of Our LST500-123-HP Laser Shutters
Optical Power Handling: 100 W
Aperture: 15 mm
High Rep Rate: 10-15 Hz
High LIDT: 2 J/cm2 @ 10 ns
Wavelength: 1064, 532, 355 nm
Key Features of Our LST800-AL Laser Shutters
Optical Power Handling: 20 W
Aperture: 16 mm
Switching Speed: 40 ms
LSTXYW8 Upgrade
Optics: Metal
Key Features of Our LST800-3 Laser Shutters
Optical Power Handling: 300 W
Aperture: 16 mm
Switching Speed: 40 ms
LSTXYW8 Upgrade
Wavelength: 355 nm
Key Features of Our LST800-4 Laser Shutters
Optical Power Handling: 300 W
Aperture: 16 mm
Switching Speed: 40 ms
LSTXYW8 Upgrade
Wavelength: 266 nm