A High Energy Pulsed Laser Shutter is an indispensable safety and precision device engineered to manage intense laser beams with pulsed energy levels ranging from two to five joules or higher. These shutters operate with remarkable speed, providing on-demand beam control by blocking or allowing the laser pulse to pass precisely when needed. This precision makes them essential for applications that rely on accurate timing, exposure control, and user safety across a variety of high-stakes fields.
In scientific research, a High Energy Pulsed Laser Shutter is fundamental in experiments where controlled laser pulses are necessary to achieve repeatable and accurate results. Researchers utilize these shutters in spectroscopy, photonics, and quantum mechanics experiments to regulate laser exposure, protecting sensitive equipment and ensuring experimental accuracy. The shutters’ capability to manage high-power pulses without delay is critical in preventing damage to optical components and maintaining the integrity of delicate setups.
In the medical field, these laser shutters support treatments such as laser surgery, photocoagulation, and aesthetic laser procedures by ensuring that high-energy pulses are delivered only when needed. By instantly blocking or allowing laser energy, these shutters play a vital role in patient safety, minimizing unintended exposure and enhancing procedural accuracy.
Industrial manufacturing applications, especially those involving material processing like cutting, welding, or surface modification, rely on a High Energy Pulsed Laser Shutter to deliver precise energy doses to materials. The shutters’ rapid response ensures that laser exposure occurs only during the intended processing windows, which improves product quality, reduces material waste, and extends the lifespan of expensive laser equipment by preventing accidental energy surges.
Moreover, modern High Energy Pulsed Laser Shutters are designed with advanced cooling mechanisms and thermal management systems, allowing them to withstand repeated high-energy pulses without degradation. Many models also integrate smart control features, enabling synchronization with laser systems and facilitating remote operation and automation for enhanced user convenience and safety.
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 Laser Shutters
Optical Power Handling: 300 W
Aperture: 16 mm
Switching Speed: 40 ms
LSTXYW8 Upgrade
1064/532/355/266 nm