• Development
• TLC

In the Horizontal Developing Chambers, HPTLC plates can be developed from both opposing sides towards the middle. This permits the number of samples to be doubled as compared with development in a tank, provided the separation distance of 45 mm, i.e. 50 mm minus 5 mm distance from the edge, is sufficient. This chamber type is often used for screening purposes. The obtained chromatograms differ from those obtained with the same mobile phase system developed in vertical chambers.

Horizontal Developing Chamber scheme

• Development
• TLC

The CAMAG® smartALERT is an innovative device designed to enhance the precision and reliability of chromatographic development processes. It monitors the solvent front during the development of TLC/HPTLC plates and alerts users with visual and audible signals when the front reaches the defined position.

This ensures accurate timing, prevents overdevelopment, and improves reproducibility in analyses. Compatible with glass chambers and plates in 20 x 20 cm, 20 x 10 cm, and 10 x 10 cm formats, the smartALERT is user-friendly, featuring simple one-button operation and multiple alarm tones. Battery-powered for convenience, it is an essential tool for optimizing laboratory workflows and maintaining high-quality chromatographic results.

• Development
• TLC

In a nutshell

The CAMAG® HPTLC Vario System is designed to optimize chromatographic conditions efficiently by allowing simultaneous testing with up to six different solvent systems. It enables side-by-side simulation of both sandwich and tank configurations, facilitating direct comparison of results. Additionally, the system allows testing of six distinct preconditioning or activation conditions of the silica gel, adjusting to various relative humidities. This versatility accelerates method development and enhances the precision of separation conditions, making it an invaluable tool for laboratories aiming to streamline their chromatographic processes.

TIME SAVING METHOD DEVELOPMENT AND OPTIMIZATION

Schematic:

Development with six different developing solvents (S1-S6) side by side, without preconditioning.

Development with six different developing solvents (S1-S6) side by side and with the condition troughs containing the same six solvents (C1-C6).

Preconditioning or activation to a certain relative humidity of all tracks with the same solvent (C1) and development with six different developing solvents (S1-S6).

• Derivatization
• TLC

In a nutshell

The CAMAG® Chromatogram Immersion Device 3 ensures precise and reproducible derivatization by automating the controlled dipping of TLC and HPTLC plates. It features adjustable dipping speeds (30–50 mm/s) and customizable immersion times (1–8 seconds or continuous), ensuring uniform coverage without tide marks. Compatible with 10 cm and 20 cm plate heights, this device is suitable for various applications. Battery-powered for portability, it enhances precision, efficiency, and reproducibility, making it an essential tool for chromatographic workflows.

• Derivatization
• TLC

In a nutshell

The CAMAG® TLC Sprayer is an advanced electro-pneumatic device designed for precise and even application of derivatization reagents on TLC plates. It generates a fine aerosol, ensuring uniform distribution and efficient reagent use. With two interchangeable spray heads, it accommodates both low-viscosity solutions like alcohol-based reagents and higher-viscosity options like sulfuric acid, offering flexibility for a range of applications. The sprayer’s rechargeable pump and charger make it easy to use without the need for external propellants. This reliable tool improves the accuracy and reproducibility of chromatographic analyses, making it an essential addition to any laboratory.

• Derivatization
• TLC

The Glass Reagent Sprayer is used for manual reagent transfer onto TLC plates. Homogeneity is lower compared to automated spraying with the CAMAG® Derivatizer. It is recommended to use the Glass Reagent Sprayer in the CAMAG® TLC Spray Cabinet 2 to protect the user from reagent mist while spraying.

• Detection
• TLC

In a nutshell

The CAMAG UV Cabinet 4 is an essential tool for TLC analysis, providing a safe, enclosed space for viewing plates under UV light. It protects users from harmful UV radiation while ensuring optimal conditions for detecting fluorescent or UV-absorbing compounds.

With dual wavelengths of 254 nm and 366 nm, it allows flexible analysis of various substances. The 254 nm wavelength is ideal for UV-absorbing compounds, while 366 nm is suited for detecting fluorescent materials.

High-intensity UV tubes provide even illumination across the plate, ensuring clear visibility of faint spots and improving qualitative analysis.

Widely applicable in pharmaceuticals, food, cosmetics, and environmental research, the CAMAG UV Cabinet 4 is perfect for detecting impurities, identifying active ingredients, and maintaining product quality.

Combining safety, efficiency, and precision, the UV Cabinet 4 is the ideal choice for accurate compound detection and analysis in TLC applications.

• Detection
• TLC

In a nutshell

The CAMAG UV Lamp 4 is an indispensable tool for TLC analysis, designed with dual wavelength functionality (254 nm and 366 nm) and high-intensity UV illumination. Its high-quality UV tubes ensure even faint fluorescence or UV absorption is clearly visible, enhancing the reliability of qualitative analysis.

Ideal for detecting impurities, identifying active ingredients, and analyzing complex mixtures, the CAMAG UV Lamp is widely used in pharmaceutical, food, cosmetic, and environmental laboratories. With its ergonomic design and consistent performance, it ensures accurate and efficient chromatographic analysis, making it an essential choice for routine TLC work.