Lasing Bioscience Solutions helps laboratories achieve reliable, high-performance imaging—from acquisition to validation—through advanced microscopy systems including 3D holotomography, spinning disk and super-resolution microscopy, optogenetics, and fluorescence calibration tools.
Applications
Fast Confocal Imaging
3D Fluorescent Microscopy
Super-resolution
Label-free Imaging
Protein & Biomolecular Interactions
Photoactivation
Embriology
Immunology
Regenerative Medicine
3D Cell Biology
Photopatterning
Optogenetics
TOMOCUBE
3D label-free holotomography systems and analysis software.
HT-X13D microscopy imaging for non-invasive, label-free observation of samples, enabling high-resolution data acquisition

HT-X1 MINICompact, intuitive, and ready for any lab bench, it transforms everyday research into breakthrough 3D imaging
AI-Powered Quantitative AnalysisAutomated cell profiling and digital staining for faster, deeper biological insights.
CRESTOPTICS
High-speed, high‑resolution fluorescence imaging systems designed for life sciences research.

X-Light V3 Spinning DiskUltra-fast spinning disk confocal system for high-throughput, live-cell imaging with maximum flexibility.

DeepSIMThe first Lattice SIM super-resolution module that is compatible with any existing upright or inverted microscope.
MIGHTEX
Imaging and optogenetics platforms, all-optical cellular resolution stimulators and imaging tools for scientific applications.

In Vivo Imaging and StimulationCapture dynamic biological processes in live animals with high spationtemporal resolution.

Patterned IlluminationPrecisely control light patterns for targeted simulation and optogenetic manipulation at cellular resolution.

BioLED SourcesEngineered for stability and spectral precision, ideal for fluorescence, optogenetics, and photostimulation.

scientific camerasImaging systems optimized for low-light, high-speed acquisition in demanding research environments.
NANOSURF
Atomic Force Microscopy for high-resolution topographical map as well as nanomechanical information.

Atomic Force MicroscopyCatering to the demands of scientific research, the nanotechnology industry, semiconductor production, and quality control



