Electrophysiology > Microscopy / Imaging Systems Products & Reviews

HYPERION II is a high-performance FT-IR and laser imaging microscope, merging traditional FT-IR microscopy with QCL technology in one configurable research platform, offering high spatial resolution, powerful imaging options, and complete control over every measurement parameter.

The MoxiePlex® Multi-spectral imaging system captures high-resolution images of entire tissue samples stained with multiple fluorescent dyes. These images play a pivotal role in evaluating and visualizing biomarker localization and expression levels, empowering researchers to perform comprehensive analysis.

The most gentle 3D Super resolution live cell imaging

Sharp and sensitive

A lightweight, LED light box that offers bright and even illumination for developing gels stained with DNAzure® Blue Nucleic Acid Gel Stain.

RFLSI-ZW laser speckle imaging system is an even better tool for microcirculation research based on laser speckle contrast imaging technology (LSCI).

Image thick samples with high contrast for long times

A multi-functional blue LED light box that can be used for photolysis of PMAxx™ or PMA in viability PCR; or to develop the visible DNA gel stain DNAzure®.

The new standard in confocal microscopy

The LASU system is perfect for users engaging in optogenetics, uncaging or other photo-stimulation experiments. The laser spot positioning is accurate and repeatable enabling fast experimental manipulation of biological systems. Based on the highly successful design of Scientifica's award-winning Multiphoton Imaging System, LASU uses 'Galvo' mirrors for fast, accurate and repeatable laser spot positioning. The wide range of l…

INFINITY3-3UR: 2.8 Megapixel USB 3.0 Microscopy Camera CCD

INFINITY2-1R: 1.4 Megapixel USB 2.0 Microscopy Camera CCD

INFINITYHD: 1080p60 HD Microscopy Camera CMOS

Lumenera’s INFINITY1-2 2.0 megapixel CMOS digital camera is designed to be a cost-effective, versatile solution for documentation in clinical, life science, materials science and educational professionals. The INFINITY1-2 is an excellent entry level multi-megapixel CMOS microscopy camera, delivering outstanding image quality for a wide variety of scientific applications. It is ideally suited for applications with bright, consi…

Lumenera’s INFINITY3-3URF is a high-speed, high sensitivity, versatile camera. The INFINITY3-3URF unleashes the high frame rate capability of the Sony ICX674 by using a high-speed, plug-and-play USB 3.0 data interface at 5 Gbits/s to send streaming video and still image capture to a computing platform. This camera takes advantage of Lumenera’s unique memory buffer technology, reliably delivering images while running the camer…

The SkyScan 1276 is a high performance, stand-alone, fast, desk-top in vivo micro-CT with continuously variable magnification for scanning small laboratory animals (mice, rats, ...) and biological samples. It has an unrivalled combination of high resolution, big image size, possibility for round and spiral (helical) scanning and reconstruction, and low dose imaging.

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

"A Seamless Evolution of Your Microscopy". DeepSIM super-resolution technology is based on multi-spot lattice structured illumination and provides a reliable and affordable solution to study subcellular structures with an XY resolution of 100 nm.  The DeepSIM super-resolution system is easy-to-use and enables scientists to access deep data from their biological samples without requiring any special sample preparation protocol…

A flexible, compact but full-fledged spinning-disk confocal solution, CICERO makes high-end fluorescence imaging accessible to every laboratory enabling a variety of applications.

The Movable Objective Microscope (MOM) is designed to be an ultra-stable, versatile, fluorescence platform for electrophysiology experiments. The MOM is a new alternative to the popular technique employing a fixed-stage, upright microscope on a translating X-Y table. The advantage of the MOM is that only the microscope objective is moving in 3 dimensions. The main frame of the microscope, including the light source and camera…

Triple EmissionThe TripleSplit 3-way image splitter from Cairn Research is a simple device for dividing an image into either one, two or three separate, spatially equivalent components which can be displayed side by side on a single camera chip. Download data sheet Splitting is usually performed on the basis of wavelength or polarisation, allowing applications where there is a requirement for simultaneous, or high speed, acqui…

Our New LED Based Flash Photolysis SystemThe Cairn Optoflash is the latest member of the Cairn OptoLED family. It uses our established LED head and microscope coupling designs, but is optimised for short-term intense illumination. This makes it particularly suitable for the photoactivation of “caged” neurotransmitter or other compounds, and for the important emerging application of channel rhodopsin activation. The maximum cur…

Ultra Stable and Instantaneous Wavelength Switching Recent developments in Light Emitting Diode [LED] technology have yielded devices that are both brighter and capable of operating at more different wavelengths than their predecessors. The high stability and absence of harmful ultraviolet and infrared radiation makes them an ideal choice for fluorescence and transmitted light microscopy. In common with our OptoLED, the Lite v…

Our flexible LaserBank system will launch up to five laser lines into up to five different single-mode fibres. This system can be configured with new lasers or, in most cases, with existing solid state lasers. Please contact us for details of your requirements. The flexible architecture allows lasers to be mounted for TIRF, FRAP, photolysis, confocal or widefield imaging. It provides analogue intensity control and digital swit…

Adjustable field mask for region selection For many years we have offered a movable variable rectangular field stop. This was initially designed to mask a region of interest within the field of view of a microscope in order to make localised intensity measurements with a photomultiplier. Subsequent evolutions of the device have formed an integral part of our OptoSplit image splitters to mask a region to be projected to both ha…