High Power Laser Shutter Unit for 1064nm

SHPS-1064

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 High Power Laser Shutter Unit for 1064nm
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 1064nm
Wavelength Range 1064nm
Aperture Diameter φ8mm
Laser Damage Threshold (Typical) 28J/cm
Laser Power Limit <20W
Shutter Speed about 200ms
In stock
SKU
SHPS-1064
€3,960.00

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.

We detect that you are accessing the website from a different region. You will be redirected to a local version of OptoSigma.

Your requested the page :

EUROPE

Redirection to :