Derivatizer for Automated Reagent Spraying

Mason Technology is proud to partner with CAMAG, a global leader in High-Performance Thin-Layer Chromatography (HPTLC). Together, we bring the Derivatizer offering laboratories in Ireland a precise and automated solution for reagent application on TLC and HPTLC plates. This system provides controlled, reproducible spraying, ensuring consistent post-chromatographic derivatization results.

Designed for efficiency, the CAMAG Derivatizer eliminates the variability of manual spraying. Its fully enclosed design guarantees uniform coverage and protects users from reagent exposure. The device delivers fine, even application using a unique nozzle system, ensuring optimal reaction and detection of analytes. It is ideal for routine laboratories, research facilities, and regulated environments that demand accuracy and repeatability.

Derivatizer Key Features

• Automated spraying process for reproducible reagent application on TLC and HPTLC plates
• Uniform coating system ensures even reagent distribution for consistent derivatization
• Enclosed spray chamber enhances user safety and prevents environmental contamination
• High-precision nozzle produces a fine aerosol for accurate and efficient coverage
• Suitable for qualitative and quantitative analysis across a wide range of compounds
• Compatible with standard reagent types used in chromatographic detection
• User-friendly interface with straightforward controls for quick operation
• Easy cleaning and maintenance, supporting continuous laboratory productivity

The Derivatizer provides a reliable and efficient way to enhance analyte visibility and improve analytical accuracy. Its automated operation ensures precision and repeatability, supporting consistent results across applications and users.

Choose the CAMAG Derivatizer from Mason Technology, Ireland’s trusted supplier of CAMAG analytical instruments. With expert advice, installation, and support, Mason Technology helps laboratories achieve the highest standards in HPTLC derivatization and analysis.