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Ultra-High Power Spatial Light Modulator
The MP-SLM-1.4 is a two-dimensional spatial light modulator (SLM) specifically designed for ultra-high power laser applications. Featuring a high-damage-threshold optical design and an efficient heat dissipation structure, it can withstand continuous-wave laser powers up to 1.4 kW while maintaining excellent wavefront modulation performance and long‑term operational stability. An integrated active thermoelectric (TEC) temperature control system effectively manages the device operating temperature, reducing thermal drift and enhancing phase stability and long-term reliability. This makes it well suited for industrial laser processing, scientific research, and high-power beam shaping applications.
Product features:Ultra‑high power handling capability;Active temperature control;High‑precision spatial light modulation;High‑reliability design
Part Number:MP-SLM-1.4
Application area:Industrial laser processing | Scientific research experiments | Adaptive optics
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Resolution Fill Factor

Technical Specifications – 1024 × 1024 Analog Spatial Light Modulator
Parameter | Value |
Resolution | 1024 × 1024 |
Fill Factor | 97.2% |
Array Size | 17.40 × 17.40 mm |
Pixel Pitch | 17 × 17 μm |
Zero‑Order Diffraction Efficiency | 95% (@ 1064 nm) |
Standard Calibration Wavelength | Coating Range | Average Power Rating | Liquid Crystal Response Time under High Average Power (by 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(@ 1070 nm) | ≤ 100 ms | ≤ 22 ms | ≤ 8.1 ms |
Technical Specifications and Performance Characterization of the SLM


Software and Development Kits

·User-friendly software provided
·Intuitive image generation and sequencing
·Software development kits available for LabVIEW, MATLAB, Python and C++
·Image generation capabilities include:
·Bessel beams (spiral phase, fork, concentric rings, axicons)
·Lens functions (cylindrical, spherical)
·Gratings (blazed, sinusoidal)
·Various diffraction patterns (stripes, checkerboard, solid, random phase)
·Holograms
·Zernike polynomials
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