CAMAG Thin Layer Chromatography

CAMAG thin layer chromatography is an optical density analysis and evaluation workstation for thin layer chromatography/high-performance thin layer chromatography, which can also be used for optical density analysis and determination of other planar objects.

　　CAMAG Thin Layer ChromatographyIt is an optical density analysis and evaluation workstation for thin layer chromatography/high-performance thin layer chromatography, and it can also be used for optical density analysis and determination of other planar objects.

Wide wavelength range, fast scanning speed, and short detection time

Measure an additional 36 tracks, each track can detect up to 100 components

Integral can be automatically or manually used for baseline correction and peak editing

Automatic or manual definition of peak corresponding component names

Dual wavelength scanning can deduct background interference and quantify unseparated peaks

Multi wavelength scanning allows for multiple calculations to achieve optimized selection

Can automatically monitor, adjust, and correct deviations in the mechanical, optical, and electronic functions of the scanner

Can scan each chromatographic orbit multiple times and accurately calculate distorted chromatograms

It can perform full spectrum scanning on all tracks and spots, automatically confirm spectral positions, and provide component identification and purity identification functions

The analysis report includes all measurement data and information such as TLC/HPTLC thin-layer plate images

Compliant with the regulations of FDA 21 CFR part 11 regarding electronic records and electronic signatures

　　CAMAG Thin Layer ChromatographyApplication scope:

Qualitative and quantitative analysis, spectral scanning, component identification, and purity identification of thin layers

Technical Specifications:

1. Measurement methods: Reflection absorption, reflection fluorescence; Transmission absorption, transmission fluorescence

2. Wavelength range: 190-800nm; Scanning speed: 100mm/s high

3. Light source: deuterium lamp, tungsten halogen lamp, high-pressure mercury lamp (standard configuration, automatic conversion)

4. Wavelength accuracy: better than 1nm; wavelength reproducibility: better than 0.2nm

5. Software: winCATS (Windows XP, 7 working platform 32-bit operating system)