Dual-Axis Galvanometer Imaging System TA-L-XY
Quantum-cascade lasers combined with galvanometer scanning support air-quality monitoring: wavelength-specific interaction with pollutant molecules produces absorption spectra for monitoring/pollution control. In medical tissue imaging, rapid beam scanning after laser–tissue interaction enables high-resolution biological images. Molecular/atomic spectroscopy uses high-resolution tunable QCL light and precise beam direction/position control to study energy levels, spectral characteristics and chemical-reaction dynamics. THz quantum-cascade lasers are important THz sources; scanning supports THz imaging/spectroscopy to explore new light–matter phenomena and principles, providing theoretical support for THz technology.
Overview
Specifications
| Parameter | Value |
|---|---|
| Main Functions [Three Source Subrows List Dimensions Only, No Quantity Role; Retained without Guessing Aperture] | 10mm、20mm、30mm |
| Scan Angle | ±20 ° |
| Mirror Type | Protected Silver Coating |
| Output Pressure Stability [Source Table Name and Unit Retained] | ≤0.002 Mpa |
| Rated Power | 260 W |
| Noise | ≤45 db |
| Dimensions [L×W×H; Independent Technical Table] | 380 mm × 180 mm × 310 mm |
| Weight | 13 Kg |
Datasheet
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Database Platform