Imaging
γ-eye
Your eyes to in vivo imaging
The "γ-eye" is a unique benchtop system with 5x10cm2 field of view, suitable for whole-body scintigraphic mouse imaging.
The Kaer Imaging System
A stand alone Open Fluorescence In Vivo Imaging System
Main applications
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Development and characterization of fluorescent agents
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Image guided surgery
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Infectious diseases
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Oncology
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Imaging of the lymphatic system
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Small and large animal imaging
ORCA Gel Analyzer
The ORCA Gel Analyzer - for SDS-PAGE, SAR-PAGE and IEF analysis in daily routine
The ORCA Gel Analyzer provides massive time savings, reproducible results, independency from sample quality (e.g. difference of protein applied to the gel, differences in protein content), digital reporting and independency of the user.
ORCA Gel Electrophoresis Beo Dry blotter
Biospace Lab
Photon Imager
Photon Imager is a modular system for the non-invasive detection, localization and quantification of dynamic optical signal - bioluminescence or fluorescence – from live animals.
A unique photon counting technology makes it extremely ensitive from the very start of image acquisition and enables the unparalleled kinetic recording of dynamic processes without the need for setting acquisition time, or pixel binning prior to imaging. Photon Imager continuously displays the light distribution during an experiment and image acquisition can be stopped at any time. This is a key advantage for bioluminescence imaging and can open new horizons for fluorescence imaging. Unlike other Pre-Clinical Imaging systems, the real-time imaging capability of *the Photon Imager delivers impressive performance, whilst its modular design philosophy ensures that the systems capabilities can be extended, as further state-of-the-art imaging technologies become available.
Learn more about the Photon Imager>>
First Preview of LabImager PR
The LabImager PR is a brand new reader for routine diagnostics. It automatically counts colonies on plates and digitizes and sort them. The first prototype is specialized in digitizing up to 20 plates in one stack. It uses an integrated camera to digitalize the plates and analyze them within the same device. After counting, the reader is able to seperate the plates into two different stacks – one with positiv plates and the other one with negative plates.
Subcategories
Radioisotope Article Count: 6
Imaging Plates Article Count: 3
Western Blot Article Count: 3