Life Science & Medical Applications

Energetiq's Laser-Driven Light Sources (LDLS) are used for a variety of Life Science applications, including medical imaging, non-invasive analysis, cell structure characterization, and microscopy. LDLS technology has a combination of high brightness, broad wavelength range, and a lifetime of 10,000 hours between maintenance cycles.

We have gathered some of the peer-reviewed research conducted using our sources below.

Polydimethylsiloxane Tissue-Mimicking Phantoms for Quantitative Optical Medical Imaging Standards

Optical Properties of the Human Round Window Membrane

Measuring Blood Oxygen Saturation Along a Capillary Vessel in Humans

Intracellular Protein and Nucleic Acid Measured in Eight Cell Types Using Deep-Ultraviolet Mass Mapping

Fourier Phase-Based Depth-Resolved Nanoscale Nuclear Architecture Mapping for Cancer Detection

Label‐Free Discrimination and Selection of Cancer Cells from Blood During Flow Using Holography‐Induced Dielectrophoresis

Deep UV Microscopy of Prostate Cancer Tissue

Featured Resource

Virus and Bacteria Deactivation Research with Energetiq Tunable Light Sources [App Note]

Energetiq’s family of tunable light sources is comprised of flexible tools that provide unique benefits for research in the area of wavelength-specific light deactivation of common bacteria and viruses, including COVID-19.


Chromatiq Spectral Engine

Sophisticated light source capable of matching real-world lighting conditions or programmed spectra


Laser-Driven Light Sources

Extremely bright for efficient light collection from the deepest UV to beyond the visible spectrum.


Tunable Light Sources

Precise tuning across the spectral range from 170nm – 2500nm. A compact, fully integrated broadband source with high stability and reliability.

EUV pic1-2

EUV Light Sources

Compact, adjustable, and reliable for producing extreme UV and soft x-ray light.