Life Sciences Products & Reviews

CYTOQUBE is a Light-Sheet Microplate Cytometer that performs high-speed fluorescence imaging and analysis for both 2D and 3D cell-cultured samples. It is capable of scanning 1536, 384 and 96 well microplates, acquiring whole-well 3D fluorescence images.

Hamamatsu provides a wide variety of quartz glass flow cells (cuvettes) designed and fabricated based on our accumulated expertise in glass processing. 23A is a standard type with a flow channel size of 0.15 mm x 0.15 mm

Compact, high-speed and small footprint scanner

AZtecLive and Ultim™ Max (Silicon Drift Detector) for EDS analysis, combine live electron images with live X-ray chemical imaging to allow a revolutionary change in how users investigate their samples in the SEM.

AZtecTEM, powered by Ultim™ Max (Silicon Drift Detector), provides exceptional elemental characterisation abilities in the TEM.

Breakthrough stereo microscope optics delivering the world's highest zoom ratio of 25:1, unprecedented resolution and bright, fluorescent images. Capture stunning images and time-lapse data with incredible detail and field of view.

Manual zoom stereo microscope providing advanced optical performance with 18:1 zoom ratio, and incredibly bright fluorescence at a economical cost

Upright microscope with a fixed stage and focusing nosepiece dedicated to electrophysiological research.

Fully customizable Acquisition & Analysis Designer.

Compact, lightweight and cost effective stereo microscopes featuring Porro prism optics.

Stereo microscope with 7.5:1 zoom ratio with trinocular head option for digital imaging. Features one of the highest zoom magnifications in its class.

Stereo microscopes offering an impressive 12.7:1 zoom ratio, high resolution optics, and superior ergonomics.

The platform for live cell high content – the BioPipeline Live High Content Imaging System is based on our Ti2-E inverted microscope, providing the largest selection of objective lenses, detectors, and more. Multiple confocal options are available to meet 3D high content imaging needs. Well plates can be automatically exchanged between the integrated incubator system and microscope stage with complete environmental control.

The platform for flexible high content – the BioPipeline Plate High Content Imaging System is based on our Ti2-E inverted microscope, providing the largest selection of objective lenses, detectors, and more. With multiple possible confocal modalities, this system provides 3D high content imaging at the highest resolution. Well plates can be automatically exchanged with the integrated incubator system.

The platform for high content slide scanning – the BioPipeline Slide High Content Imaging System is based on our Ni-E upright microscope and the Marzhauser Slide Express 2 loader. With a wide variety of objective lens and camera choices, the BioPipeline Slide is a top solution for automated imaging of microscope slides with high quality.

Our objectives help you focus on yours.

As a high-end microscopes and cameras manufacturer, Nikon provides you with reliable and fully compatible microscope-camera combinations.

Using a typical microscope for hours might cause strain on your body. Comfort of use was the primary goal in designing the Eclipse Si.

Modular illumination system with ultimate flexibility and expandability, including TIRF.

Spinning Disk Super Resolution at high speed.

The CSU-W1 is a high speed spinning disk with a large field of view and high image quality.

Faster, brighter, and more versatile, the CSU-X1 is the fastest model of the CSU-series.

The DeepSIM X-Light super-resolution module can easily be integrated with the X-Light V3 spinning disk confocal system to provide enhanced imaging of sub-cellular structures and to examine live-cell dynamics, with an XY resolution of 100 nm, without requiring any special sample preparation or dyes.

For high-end microscopy applications, the X-Light V3 relies on the cutting-edge technology, optical design and engineering solutions developed by CrestOptics.

High-speed, large field of view spinning disk confocal imaging.