WaveQuanta

Finder 930 Automated Confocal Raman Microscope, 0.5 µm Lateral Resolution

Finder 930
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Fully automated laser confocal Raman microscope for Raman and fluorescence mapping in research laboratories.

Finder 930 is a fully automated laser confocal Raman spectroscopy system built around an upright microscope, an image-corrected 320 mm spectrograph and up to three built-in lasers. Laser selection, laser power, confocal pinhole size and optical path correction are motor-controlled from the software. The system software covers Raman mapping, fluorescence mapping, fluorescence lifetime imaging and hyperspectral data processing.

Key Features

  • Up to three lasers installed internally plus one external laser, selected in software; a spare laser interface is reserved
  • Lasers combined with dichroic mirrors, so changing wavelength needs no motorized stage in the beam path
  • Motorized control of laser power, confocal pinhole size and automatic optical path correction
  • Image-corrected 320 mm, F/4.2 spectrograph with 1 × 10⁻⁵ stray light
  • Spatial resolution 0.5 µm lateral and 1.79 µm axial (532 nm laser, 100×/0.9 NA objective)
  • Built-in lasers and aviation-grade aluminium optical mounts limit beam drift caused by temperature and humidity
  • Software for Raman and fluorescence mapping, fluorescence lifetime imaging, baseline removal, smoothing and single- or multi-peak fitting

Typical Applications

  • Material identification and composition analysis
  • Stress measurement on semiconductor wafers
  • Crystal orientation and defect analysis (e.g. CVD diamond, GaN)
  • Layer-number analysis of graphene and 2D materials such as MoS₂
  • Geology, including mineral and rock-inclusion mapping
  • Biology, chemistry, medicine and food research

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Browse all: Raman & Fluorescence Spectrometers · Spectroscopic Instruments

Model: Finder 930 · Contact WaveQuanta for a quote, configuration advice and lead time.

System Type Laser confocal Raman microscope, fully motorized
Excitation Up to 3 internal lasers + 1 external laser, software switched; spare laser port
Laser Combining Dichroic mirrors (no motorized switching stage)
Motorized Functions Laser switching, laser power, confocal pinhole size, optical path correction
Microscope Upright microscope
Microscope Illumination Epi-illumination bright and dark field standard; other modes as upgrades
Sample Stage Motorized, 75 × 50 mm travel, 1 µm positioning accuracy
Spectrograph Image-corrected, 320 mm focal length, F/4.2
Spectrograph Stray Light 1 × 10⁻⁵
Lateral Resolution 0.5 µm (532 nm, 100×/0.9 NA objective)
Axial Resolution 1.79 µm (532 nm, 100×/0.9 NA objective)
Imaging Modes Raman mapping, fluorescence mapping, fluorescence lifetime imaging
Data Processing Baseline removal, smoothing, integral/average/maximum imaging, peak fitting
Example Mapping Steps 0.2 µm (MoS₂, 100× dark-field objective); 0.5 µm (rock inclusions, 50× LWD)
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