Light Microscopy Products & Reviews

Segmentation of subcellular structures from 3-dimensional electron microscopy (EM) data

Reconstruction of neuronal morphology from sparsely labelled light microscopy data

The XcytoMatic® 40 (XM40™) is a high-throughput cell density and viability analyzer that can run 24 samples in under 14 minutes. The variation between cell counts for these samples is under 3%. If scale-out and scale-up is a concern, you can trust each XM40™ instrument in your production to deliver the same quality results.

Extend your particle imaging capabilities from 300 μm to 5 mm with FlowCam® Macro for aquatic and environmental research and materials characterization. Obtain detailed morphological data along with accurate counting and sizing measurements to enable differentiation of diverse zooplankton species and particle types.

Innovative particle characterization with FlowCam® LO combines flow imaging microscopy (FIM) and light obscuration (LO) into a single analytical solution. Beyond the compendial light obscuration method to fulfill USP <787> and <788> requirements, flow imaging microscopy provides an orthogonal method for quality control of subvisible particulate matter.

MAICO MEMS confocal unit is a confocal unit easily installed on your inverted microscope to achieve confocal fluorescence imaging. The unit is compact enough to fit on a laboratory bench and does not require other devices such as cameras, filters, and lasers. This model has a 405 nm laser source and standard detector.

Fluorescence/Iluminescence plate imager using a high sensitivity two-dimensional sensor (camera)

Compact, high-speed and small footprint scanner

High plex proteomics instrument for spatial biology

Fast track precise spatial multiplexing

SpectraPlex for STELLARIS is a comprehensive solution for 3D high-multiplex imaging in spatial biology.

Optical Beam Combining System

Cost Effective Widefield Fluorescence Microscopy

Small in Size, Super in Resolution

For all workstations, additional microscopes, adapters, video equipment and application-specific accessories may be required.

The X-Cite® 200DC offers the ultimate combination of optical performance, short term stability and a built-in fast shutter. With the convenience and superior illumination uniformity found in all X-Cite® systems, the X-Cite® 200DC's intuitively easy-to-use design also includes light guide auto-detection to ensure optimized light coupling - every time. Novice and experienced microscopists will enjoy the flexibility provided by t…

TauTec’s TriMScope, a state-of-the-art multifocal multiphoton microscope, is based on a patented beam divider that splits up an incoming laser beam into up to 64 beamlets which are scanned simultaneously in the object plane. This results in either 64 times brighter images or 64 times higher image rates compared to standard single beam multiphoton scanning microscopes. The foci in the object plane are aligned in a single line a…

TauTec is now offering customized, turn-key time-resolved imaging systems incroporating state-of-the-art intensified, picosecond gated ICCD camera, choice of excitation laser source (mode-locked lasers up to 100 MHz), optical microscope (inverted or upright), imaging spectrograph and the required accessory electronics. The modular system is suitable for various applications such as FLIM (Fluorescence Lifetime Imaging Microscop…

The QBC ParaLens Advance microscope attachment is a unique solution to fluorescence microscopy in that it combines the critical components of an epi-fluorescence microscope, namely the light source and filter set, with a microscope objective in a compact, durable format that can transform virtually any compound light microscope into an epi-fluorescence microscope. Utilising LED technology, the ParaLens light source lamp has a…

Multiphoton objectives for looking deep within specimens

LED illumination for brightfield applications with flip in filter

Focus motor for automated focussing

Piezo Z axis focussing device for upright microscopes

Piezo Z axis focussing device