Common Specifications
Resolution: 1024 x 1024
Array Size: 17.40 x 17.40 mm
Pixel Pitch: 17 x 17 µm
Fill Factor: 97.20 %
0th Order Diffraction Efficiency: 75 – 87 %
0th Order Diffraction Efficiency: 92 – 98 % (dielectric mirror)
1024 x 1024 Spatial Light Modulator Ultra-High Power
Designed for high power- The Ultra-High Power SLM is designed for performance under high laser power loads.
Active TEC cooling – The UHP SLM includes active thermoelectric cooling to stabilize operating temperature (at lower heat loads) and to combat laser-induced heating at higher temperatures.
Water cooling – The UHP SLM includes a water-cooled copper heat sink with quick-disconnect tubing to connect to an external chiller.
Sapphire coverglass – The high thermal conductivity of the sapphire coverglass allows heat to be directed away from the active area. The SLM housing is designed to thermally contact the coverglass and provide a heat dissipation path into the water-cooled heat sink.
High-temperature liquid crystal – The UHP SLM has a custom liquid crystal formulation that maintains its performance at elevated temperatures, allowing the usable power range of the SLM to be extended.
Real-time temperature reporting – On-chip temperature sensors allow the user to monitor the SLM temperature either through the example program or the software developer kits.
Calibration for high performance at high power – A lookup table calibration kit allows the user to calibrate the SLM at their laser’s wavelength and power level.
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Common Specifications
Resolution: 1024 x 1024
Array Size: 17.40 x 17.40 mm
Pixel Pitch: 17 x 17 µm
Fill Factor: 97.20 %
0th Order Diffraction Efficiency: 95% (at 1064 nm)
Ordering Information – Contact Us or Request Quote Online
Standard Calibration Wavelengths | Coating range | Average power rating | HIGH AVERAGE POWER Liquid crystal response time vs operating temperature | ||
19 C | 44 C | 70 C | |||
785 nm | 750 – 850 nm | (tests pending) | (tests pending) | (tests pending) | (tests pending) |
1064 nm | 980 – 1150 nm | ≥ 1000 W (at 1070 nm) | ≤ 100 ms | ≤ 22 ms | ≤ 8.1 ms |