Stuttgart Instruments systems are used where wavelength coverage, stability, and repeatable tuning matter.
Material studies
Nanoscale infrared, ultrafast spectroscopy, and nanophotonics.
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Optical near-field microscopy
Tip-based s-SNOM and AFM-IR for nanoscale chemical contrast below the diffraction limit.
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Laser-FTIR and ultrafast spectroscopy
Broadband MIR mapping, fingerprint spectroscopy, and pump–probe across the mid-IR.
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Plasmonics and nanophotonics
Tunable excitation of metasurfaces, polaritons, and related MIR structures.
Life sciences
Nonlinear imaging and label-free vibrational contrast in tissue.
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Multi-photon and deep tissue imaging
Tunable NIR and MIR beams for multi-photon excitation and deeper tissue penetration.
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Coherent Raman microscopy
Label-free SRS and CARS imaging with rapid, repeatable wavelength tuning.
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Photothermal and photoacoustic imaging
Vibrational contrast in tissue via MIR absorption and photothermal or acoustic readout.
Sensing and analytics
Environmental sensing, liquid analytics, and open-path infrared detection for gases and liquids.
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Photoacoustic spectroscopy
Trace-gas fingerprinting with narrow-linewidth MIR and photoacoustic detection cells.
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Liquid analytics
Mid-IR absorption and photoacoustic readouts for liquids and dissolved species in analytical and process settings.
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Remote sensing
Open-path and aerial detection of IR-active species across fingerprint absorption bands.
Match a system to your method
Send wavelength range, microscopy or spectroscopy modality, and pump laser. We will suggest Alpha, Piano, or Primus with specifications.
Contact us Products Publications