Laser-Scanning O-PTIR is here: sub-500 nm IR imaging, >30× faster, fully automated, and multimodal.
Meet mIRage-HSi, the next evolution of Optical Photothermal Infrared (O-PTIR) imaging, powered by laser-scanning optics for unmatched speed and productivity.
Delivering FTIR transmission/ATR-like spectra at <500 nm spatial resolution, mIRage-HSi enables hyperspectral IR imaging in minutes and single-wavelength images in seconds — all in a non-contact, reflection-mode format with no spectral scattering artifacts.
This session features Dr. Mustafa Kansiz (Photothermal Spectroscopy Corp.) and Dr. Craig Prater (CTO), unveiling how laser-scanning O-PTIR brings unprecedented speed, sensitivity, and automation to chemical imaging across materials science, life science, pharma, and microplastics research.
What you’ll learn:
- How laser-scanning O-PTIR works: synchronized IR + visible beams for >10× faster imaging
- Hyperspectral data in minutes: dynamic chemical mapping without mechanical stage movement
- Automated particle analysis: new FeaturefindIR™ workflow for rapid submicron detection
- Correlative imaging: fully integrated O-PTIR + Raman +fluorescence, with optional Photothermal Stimulated Raman Scattering (PT-SRS) expansion
- Applications in action: real-world examples in pharma, life science, and materials research
Who should attend
Researchers and scientists in life sciences, materials, microplastics, and QC who need faster, higher-resolution, and non-contact IR imaging.