Ultra wideband infrared beam quality analyzer

Idealphotonics' infrared beam quality analyzer can achieve spot detection and parameter analysis in the range of 1.2-15 μ m, with spatial analysis accuracy of up to 10 μ m. It has the characteristics of ultra sensitive range, ultra large target surface, ultra-high resolution, and multifunctional software. Product features: Ultra wide photosensitive range, ultra large target surface, and ultra-high resolution. Application areas: Infrared imaging, infrared laser M2 testing, infrared optical system characterization. Main parameters: Optical properties. Typical values. Photosensitive surface composite film VOx micro thermal radiation focal plane wavelength range: μ m 1.2 μ m -15 μ m. Resolution: 640 × 512640 × 5121280 × 1024. Photosensitive surface size: mm 10.8 × 8.7mm 7.6 × 6.1mm 15.3 × 12.2mm. Pixel size: μ m 17 μ m 12 μ m 12 μ m Min Detecting light intensity of μ W/cm2100 μ W/cm2, saturated light intensity of mW/cm2200 mW/cm2, damage threshold of mW/cm2250mW/cm2Min. Can detect spot size of 10 times pixel sampling resolution bit14 bit signal-to-noise ratio ≥ 1000:1, can measure laser mode continuous (CW) or repetition rate ≥ 1kHz, output frame rate FPS25FPS, communication interface TYPE-C/USB3.0Max Laser power mW300mW (with attenuation film)/2MW (...)

Infrared Thermopile Array Laser Beam Profiler

The infrared thermopile array laser beam analyzer adopts an 80 × 64/160 × 120 thermopile array, equipped with different filters to adapt to multiple wavelengths, supports USB/UDP/PoE and ArraySoft software, realizes two-dimensional visualization and contour analysis of light spots, and is suitable for laser research and development, testing, and system integration.

Micro Beam Analyzer

Micro beam analyzer is a high-precision laser beam diagnostic device designed for real-time measurement, analysis, and visualization of micro - and sub micron level laser beams. This device is suitable for continuous wave and pulse lasers, and can accurately analyze the beam profile of fiber output beams, laser diodes, and focused infrared laser beams. The system is equipped with a 100x near-infrared objective lens and a high-resolution infrared camera, supporting a wavelength range of 480-1550 nm, capable of measuring beam sizes less than 0.5 µ m, and providing two-dimensional and three-dimensional beam distribution display and data analysis functions. It is suitable for precision optical measurement, laser research and development, and beam quality evaluation.