Search | TOPTICA Photonics SE

TOPTICA A multicolor TIRF microscope

URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_A_multicolor_TIRF_microscope.pdf

TOPTICA A multicolor TIRF microscope TOPTICA A multicolor TIRF microscope TOPTICA A multicolor TIRF microscope TOPTICA A multicolor TIRF microscope TOPTICA A multicolor TIRF microscope TOPTICA A

Confocal Microscopy

URL: /applications/microscopy/confocal-microscopy

Confocal Microscopy Fluorescence microscopy can provide rich insights into organic and inorganic samples in life science and materials sciences. A broad choice of laser wavelengths is required to

TOPTICA High-Resolution Raman Microscopy

URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_High-Resolution_Raman_Microscopy.pdf

TOPTICA High-Resolution Raman Microscopy TOPTICA High-Resolution Raman Microscopy TOPTICA High-Resolution Raman Microscopy TOPTICA High-Resolution Raman Microscopy TOPTICA High-Resolution Raman

Demonstration of a compact deep UV Raman spatial heterodyne spectrometer

URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/HES-ISI-RP-0030-01-ODIN_2.pdf

White Paper

Raman Microscopy

URL: /applications/microscopy/raman-microscopy

Diode Lasers for Raman Microscopy When talking about quality assurance and process control, one of the most powerful tools is µ-Raman spectroscopy. Researchers benefit from this fast, precise and

TOPTICA Multimodal imaging paves the way forward in life sciences

URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_Multimodal_imaging_paves_the_way_forward_in_life_sciences.pdf

TOPTICA Multimodal imaging paves the way forward in life sciences TOPTICA Multimodal imaging paves the way forward in life sciences TOPTICA Multimodal imaging paves the way forward in life

Multiphoton Microscopy

URL: /applications/microscopy/multiphoton-microscopy

For two-photon polymerization, typically lasers at 780 nm with 100 .. 200 fs pulse width and 50 .. 500 mW average power are employed. Fiber lasers are an ideal choice because of their compactness,

SHG Microscopy

URL:

Ultrafast FemtoFiber Lasers for SHG Microscopy In a SHG process the interaction of two photons with a nonlinear material creates a new photon having twice the energy and therefore half the

TOPTICA 8-fs Pulses from a compact Er fiber system quantitative modeling and experimental implementation

URL: https://www.toptica.com/fileadmin/Editors_English/12_literature/02_biophotonics_microscopy_ultrafast/toptica_8-fs_pulses_from_a_compact_Er_fiber_system_quantitative_modeling_and_experimental_implementation.pdf

TOPTICA 8-fs Pulses from a compact Er fiber system quantitative modeling and experimental implementation TOPTICA 8-fs Pulses from a compact Er fiber system quantitative modeling and experimental

Pump-probe Spectroscopy

URL: /applications/ultrafast-studies/pump-probe-spectroscopy

Fiber Lasers for Pump-probe Spectroscopy Time resolved spectroscopy Multi-beam configuration Coherent, synchronized beams Ultrashort pulses < 15 fs Wavelength coverage 488 nm - 2200 nm