Thin layer imaging scanner is a new product designed to meet the current needs of thin layer chromatography analysis and traditional Chinese medicine analysis. It has fast processing speed and high resolution, and has the characteristics of low noise and good linearity. The instrument consists of three parts: light source, optical sampling system, and thin layer chromatography workstation. The thin layer chromatography workstation is one of the best software developed in China, which can fully control the instrument and quantitatively process thin layer chromatography spots. The quantitative accuracy is similar to imported products and meets the daily analysis needs of pharmaceutical factories and universities. It is a good assistant for your laboratory, saving time and effort. The YOKO-2000 thin-layer chromatography scanning system has a low operating cost.

Instrument parameters
1. Scanning methods: linear scanning, dual wavelength scanning, multi-channel scanning
2. Light source: 254/365nm ultraviolet light, 400-750nm visible light (selected wavelength).
3. The resolution can reach 10um
4. Reproducibility: ≥ 99%
5. Detection methods: reflection method, fluorescence method.
6. Algorithm: normalization method, internal standard method, external standard method (one point straight line method, two-point curve method), in compliance with pharmacopoeia requirements. 7. Software environment: WIN XP/2000/NT，

Instrument features|
1. It has functions such as single wavelength scanning, dual wavelength scanning, and multi-channel scanning
2. Accurately quantify TLC spots and measure Rf values accurately,
3. The image can be rotated at any angle, and color brightness, saturation, and contrast can be corrected.
4. A report that can print peak position, Rf value, peak area, content, and image, meeting the analysis requirements
5. Humanized Chinese software operation interface, unlimited graph database management,
6. The machine is equipped with teaching software that is both illustrated and written, concise and convenient, and can be easily accessed at any time.

Two point curve method for quantification and one point straight line method for quantification