A broad range of applications!
Life Sciences
Research
Label-free, noncontact mapping of micromechanical properties in living cells and tissues.
Pharmaceuticals
Drug development
Accelerated new drug development by non-invasive assessment of drug efficacy in the volume of living cells.
Production
Ensures quality by monitoring relevant physical properties such as crystallinity and viscosity in drug substances.
Medical Diagnostics
Industrial production lines
Production monitoring
Quality assessment
Verifies final product standards by ensuring texture and stiffness requirements are met.
Appendix
Medical Diagnostics
Brillouin spectroscopy offers a revolutionary approach to non-invasively assess tissue and cellular biomechanics.
Its ability to differentiate between healthy and pathological relies on unique mechanical contrast.
This paves the way to new possibilities for early disease detection, including cancer, keratoconus, and atherosclerosis.
Life Sciences
All-optical Brillouin spectroscopy provides a non-destructive and label-free assessment of the mechanical properties of biological samples at the microscopic scale in 3D.
It enables researchers to study cellular viscoelastic properties in vivo, which is crucial for understanding processes like cell differentiation and migration, tissue development, and how cells respond to physical forces and their environment
Material Sciences
The intrinsic viscoelastic properties of materials are critical for various industrial applications, including manufacturing, construction, food packaging, cosmetics, and beyond.
Brillouin spectroscopy provides a transformative, non-contact, and all-optical solution for probing these properties with unprecedented precision.
It enables the development of new materials, enhances process automation and ensures product consistency.