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CAMAG UV Cabinet dual wavelength, 254/366 nm, 2x8 watt in combination with CAMAG Viewing Box 3 (= UV Cabinet)
The UV Cabinet is suitable for inspecting thin-layer chromatograms and other objects in an undarkened room. The f... Read more...
Development with six different solvents can be tested side by side.
Sandwich as well as tank configuration can be simulated side by side, making results directly comparable.
Six different conditions of pre-equilibration, includ... Read more...
The System CAMAG NANOMAT 4 and Capillary Dispenser The Nanomat serves for easy application of samples in the form of spots onto TLC and HPTLC layers, precisely positioned and without damage to the layer. The actual sample dosage is per... Read more...
The Linomat 5 offers semi-automatic sample application for qualitative and quantitative analyses as well as for preparative separations. The instrument is suitable for routine use for medium sample throughput. In contrast to the Automati... Read more...
The Automatic Developing Chamber offers convenience, safety and reproducibility for isocratic developments of TLC/HPTLC plates and foils with formats 20 x 10 und 10 x 10 cm. Chromatogram development is the most critical step of Thin-Laye... Read more...
The AMD 2 System with winCATS
Gradient elution in Thin-Layer Chromatography
AMD = Automated Multiple Development
Only the AMD procedure can be successfully employed for reproducible gradient elution with silica gel as the st... Read more...
Key features of the Chromatogram Immersion Device at a glance include
Uniform vertical speed, freely selectable between 30 mm/s and 50 mm/s.
Immersion time selectable between 1 and 8 seconds and indefinitely.
The devi... Read more...
Scanner 3 for Densitometric Evaluation of Thin-Layer Chromatograms The TLC Scanner 3 is the most advanced workstation for densitometric evaluation of Thin-Layer Chromatograms. It can also be used for densitometric measurements of other ... Read more...
CAMAG BioLuminizer™ for bioluminescence detection:
Toxicity screening of complex mixtures following separation on a HPTLC plate is a new technique invented by Bayer. Now Chromadex has incorporated this technology into a commercial... Read more...
In the CAMAG Horizontal Developing chamber, the HPTLC plate is developed from both opposing sides towards the middle.
Permits the number of samples to be doubled as compared with development in a tank.
A plate can be developed i... Read more...
Solvent Front Monitor: smartALERT for dependable monitoring of TLC/ HPTLC plate development in a glass development chamber.
Guarantees that the developing distance will always be accurate and according to the method
Gives aco... Read more...
For exact cutting of TLC/HPTLC plates. For method development, screening tasks, pre-tests etc. often small formats of precoated layers are used. CAMAG smartCUT allows cutting TLC and HPTLC plates into defined pieces.
Plates with ... Read more...
CAMAG Twin Trough Chambers offer several ways to improve the results of TLC/HPTLC developing techniques. It allows low solvent consumption, reproducible pre-equilibration with solvent vapor, equilibration performed with any liquid and fo... Read more...
The TLC/HPTLC Sprayer consists of a charger and a pump unit with two kinds of spray heads. Spray head type A is for spray solutions of normal viscosity, e.g. lower alcohol solutions; spray head type B is for liquids of higher viscosity, e.... Read more...
CAMAG introduces TLC VISUALIZER. The successor of the DigiStore series provides images of highest quality ever in the field. The visual impression provided by a TLC plate showing all samples and standards side-by-side is one of the mos... Read more...