266nm, 20W Automatic Laser Mirror Shutter Module With Beam Dump, 8mm Aperture

SHPS-266

These electromagnetic shutters switch an optical path using a laser mirror for high power, and are compatible with high power pulse lasers. Selection of a wavelength that is a multiple of YAG laser frequency is possible.
◦Typical application is as external shutters used in experiments where stable laser oscillation is required.
◦When the power supply is cut off or the wiring is disconnected, laser light is shut off for safety.
◦While the shutter is closed, laser light is safely terminated by beam dumps.
More Information
Name 266nm, 20W Automatic Laser Mirror Shutter Module With Beam Dump, 8mm Aperture
Weight 0.8000kgs
Guide
  • We can make this product compatible with wavelengths or beam diameters not listed in the catalog.
  • Please order the dedicated shutter controller (SSH-C2B) along with this product.
Attention
  • The dedicate cable (SSH-CA2-LOAA) is not included. Please order the cable along with the controller.
  • Before ordering this product, please make sure that the energy density of your laser does not exceed the laser damage threshold.
  • Please always use this shutter unit with the dedicated controller.
  • Otherwise, these shutters may not operate properly.
  • When the shutter is closed, the sound of metal being hit might come out from the beam dumps. The sound is caused by a shock wave generated when laser light converts to heat on the metal surface. It is not the sound of a mirror breaking in the shutter unit.
  • The beam dumps might become very hot when a high power laser is used. Please be careful of burns.
Image Label High Power Laser Shutter Unit for 266nm
Wavelength Range 266nm
Laser Damage Threshold 5J/cm2
Aperture Diameter 8mm
Laser Power Limit <20W
Shutter Cycle Speed about 200ms
Required Accessories Controller - SSH-C2B-A, Cable - SSH-CA2-LOAA
In stock
SKU
SHPS-266
£3,937.23

Delivery in : 1 week

These electromagnetic shutters switch an optical path using a laser mirror for high power, and are compatible with high power pulse lasers. Selection of a wavelength that is a multiple of YAG laser frequency is possible.

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