 
 
      Thin-layer chromatography differs from all other chromatographic techniques in the fact that in addition to stationary and mobile phases, a gas phase is present. This gas phase can significantly influence the result of the separation. Samples are separated into their components which remain in their position on the layer after the mobile phase has been evaporated.
Following instruments are available:
Glass chambers for manual separations.
ADC 2 (Automatic Development Chamber) for automated isocratic applications.
AMD 2 (Automatic Multiple Development) for gradient separations. 
ADC 3 (Automatic Developing Chamber 3) for fully automated HPTLC with controlled conditions ensuring reproducible results.
 Chromatogram development (TLC/HPTLC) AMD2 with winCATS
Chromatogram development (TLC/HPTLC) AMD2 with winCATS
                    
                   Chromatogram development (TLC/HPTLC) EC
Chromatogram development (TLC/HPTLC) EC
                    
                   Chromatogram development (TLC/HPTLC) ADC2
Chromatogram development (TLC/HPTLC) ADC2
                    
                   Chromatogram development (TLC/HPTLC) Instruction Manual ADC2
Chromatogram development (TLC/HPTLC) Instruction Manual ADC2
                    
                   Chromatogram development (TLC/HPTLC) Instruction Manual AMD2
Chromatogram development (TLC/HPTLC) Instruction Manual AMD2
                    
                   CAMAG®-Automatic-Developing-Chamber-3_ADC3.pdf
CAMAG®-Automatic-Developing-Chamber-3_ADC3.pdf
                    
                   LABOREXPO 2022: Moderní vysokoúčinná tenkovrstvá chromatografie (HPTLC) v praxi
LABOREXPO 2022: Moderní vysokoúčinná tenkovrstvá chromatografie (HPTLC) v praxi