Gallery

Imaging System; PhotoDoc-IT 70, Transilluminator M-20V, Analytik Jena, 115V

Transilluminator; LM-20 2UV, Single Intensity, 20 x 20 cm filter size, UVP, 115V

Transilluminator; M-15V, Variable Intensity, 15 x 15 cm, UVP, 115V

Transilluminator; M-10, Ultra Violet, 10 x 10cm filter size, Single Intensity, UVP, 115V

Transilluminator; DIGIDOC-IT System, TFM-20, High Performance, Analytik Jena, 115V

Drawer; DIGIDOC-IT, Analytik Jena, 115V

Transilluminator; FI-20, FirstLight, UVP, 20 x 20 cm filter size, 115V

GelMax Imager

Sample Plate, Longwave UV, for GelMax Imager

Transilluminator; MULTI-DOC Imaging, M-20, UVP, 115V

SmartBlue Transilluminator

Emits blue light at a wavelength of 465 nm fir visualizing Protein stains and green fluorophores

SmartDoc 2.0 Gel Imaging System by Benchmark Scientific

Smart-phone compatible gel documentation system from Benchmark Scientific

Gel Imaging; SmartDoc 2.0, Blue Light Illumination, Accuris-Benchmark, 120V

Gel Imaging; SmartDoc

Sample Plate, White Light, for GelMax Imager

Imaging Station; ColonyDoc-It

Gel Imaging Enclosure Blue Light Illumination

SmartDoc 2.0 Gel imaging systems include blue illumination that eliminates the need for toxic ethidium bromide traditionally used when staining DNA agarose gels

Accuris SmartDoc™ 2.0 Gel Imaging System

Compact and affordable SmartDoc 2.0 Gel Imaging Systems capture high quality images of electrophoresis gels with any smartphone camera.

Gel Preparation Cutting Platform Base

Gel Preparation Surface/Cutting Platform Base comes standard with the SmartDoc gel imaging with blue illumination, and the imaging enclosure.

SmartGlow Nucleic Acid Stain

These gel imaging systems can be visualized in UV or blue light and they also provide excellent sensitivity compared to ethidium bromide. Accuris, a division of Benchmark Scientific also offers the SmartBlue™ Blue Light Transilluminator.

UVP FirstLight UV Illuminator

Firstlight UV Illuminators deliver uniform excitation for quantitative fluorescent imaging in genomic and proteomic applications; compatible with UVP bio-imaging systems

BioDoc-It Imaging System

Units deliver high-resolution and publication quality images of protein and nucleic acid gels without the need of an external computer.

BioDoc-It Imaging System

BioDoc-It2 Imaging Systems feature a higher resolution camera, larger touchscreen, and a new software interface that streamline the gel imaging process

SmartDoc Illumination Base Cover

The orange filter cover is another additional feature that comes with the SmartDoc 2.0 gel imaging system.

SmartDoc Red Band Pass Filter

For photos of the electrophoresis gels in orange stain, use the Orange photo filter with the SmartDoc 2.0 gel imaging system.

ColonyDoc-It UVP Imaging Station

The ColonyDoc-It Imaging Station streamlines counting protocols with multiple excitation sources for white light, fluorescent and GFP colonies. The single click software quickly delivers results from time lapse counting, zone sizing and spiral counting.

UVP 2UV Single Intensity Benchtop Transilluminator

Compact, lightweight and energy saving transilluminators available in single and variable intensity models. Single UV, 2UV and 3UV models are available for short, medium and longwave sample irradiation.

MultiDoc-It Digital Imaging System

MultiDoc-It Imaging Systems are available with Benchtop UV or FirstLight UV Transilluminators to serve your specific application requirements. The compact darkroom apparatus design makes it easy to place and remove gels and the included high-resolution digital camera has 17.9 megapixels.

PhotoDoc-It Imaging System by UVP

Select PhotoDoc-It Imaging Systems by UVP include camera, transilluminator and printer; unit generates 4" x 6" color prints

DigiDoc-It UVP Imaging System and Transilluminator

Units provide high quality images of pre-stained gels and the high resolution provides print quality images. Featured lightweight hood fits directly over the Transilluminator and functions as a mobile darkroom that blocks ambient light from reducing the quality of images.