Microscope Systems

High-Precision, High-Sensitivity Imaging for Life and Materials Science

Precise, time-resolved microscopy for life science, materials science and quantum optical research.

Microscope Systems for Advanced Optical Research

PicoQuant’s microscope systems combine confocal and widefield fluorescence imaging with highly sensitive time-resolved microscopy capabilities. Designed for both upright and inverted configurations, they support a wide range of experiments in life science, materials science, and quantum optics. From dynamic cellular studies to photoluminescence investigations of semiconductors and quantum emitters, these platforms deliver precise photon-counting performance and flexible excitation–detection schemes. Whether your work requires confocal microscope resolution, widefield speed, or advanced time-correlated measurements, PicoQuant provides robust solutions for demanding research environments.

Top-illumination imaging for diverse samples

Inverted Microscopes

Inverted microscopes offer ideal geometry for live-cell imaging and delicate samples, supporting advanced confocal fluorescence as well as time-resolved photoluminescence measurements in life science, materials research, and quantum optics.

Single Photon Counting Confocal Microscope
Reliable single-molecule precision
Time-saving workflows
Fast learning for non-expert users
Flexible for custom experimental setups
Quick results through automated analysis
Expert-level application support
Modular Confocal Microscope with Single Molecule Sensitivity
Single-molecule sensitivity and precision
Flexible experimental design
Customizable and open workflows
Long-term reliability and upgradeability
Sustainable system design
Expert-level application support

Top-access imaging for flexible sample configurations

Upright Microscopes

Upright microscopes provide optimal access for samples requiring top illumination, enabling high-sensitivity confocal and widefield fluorescence as well as time-resolved photoluminescence studies across life, materials, and quantum research.

Upright Time-Resolved Photoluminescence Microscope
Confident results across diverse materials
Clear answers from ultrafast to long-lived processes
Efficient workflows for faster insights
Seamless expansion into advanced spectroscopy
Built for long-term, stable performance
Expert-level application support
Compact Upright Widefield Photoluminescence Microscope
Fast characterization across large sample areas
Consistent data quality across diverse material classes (UV to NIR)
Reliable detection of micro-scale materials variations
Seamless integration into spectroscopy workflows
Expert-level application support

Extend your microscope with advanced capabilities

Microscope Upgrades

Our Microscope upgrades expand existing systems with advanced imaging and analysis capabilities, including time-resolved techniques and flexible wavelength selection, enabling versatile measurements across life science, materials research, and quantum optics.

Compact FLIM and FCS Upgrade Kit for Laser Scanning Microscopes
Multiple advanced imaging modes in one system
Maintenance-free and easy to use
High flexibility for diverse imaging needs
Improve quantitative data quality and consistency
Characterize a wider range of samples with one system
Expert-level support for stable long-term operation
Compact Wavelength Selection for Photoluminescence Measurements
Software-controlled wavelength selector for visible and NIR spectral range
High transmission rate for highest sensitivity
No affection to polarization and pulse width of the emission signals
Fully integrated into SymPhoTime 64 software
Compatible with widefield and confocal microscopes

data acquisition, control & analysis

Software

Our microscopy software solutions streamline data acquisition, imaging precision, and quantitative analysis. It supports FLIM, FRET, ISM, and other time-resolved methods for reliable insights across diverse scientific applications in life science, materials science and quantum optics.

Fluorescence Lifetime Imaging Analysis Software
Fast GPU-accelerated analysis of FLIM, FLIM-FRET, and anisotropy data
FLIM analysis modes: Fast Lifetime, decay fitting, phasor plots, and pattern matching
Efficient batch analysis of z-stacks, time-lapse series, and stitched images
Advanced, flexible ROI handling and data export options
Reproducible ROI selection using histograms of fitted parameters
Image Scanning Microscopy Analysis Software
Sharper images with higher resolution
Reliable results with transparent processes
Enhanced contrast in lifetime determination
Improved image contrast through out-of-focus rejection
Reproducible ROI selection using histograms of fitted parameters
Fluorescence Lifetime Imaging and Correlation Software
Faster insights from complex data
Efficient imaging and analysis workflows
High accuracy in lifetime fitting
Reliable correlation across time scales
Customizable tools for unique experiments
Seamless control of microscopy hardware

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