Designed for simple, fast, reliable and easy-to-use analysis, with a compact footprint and delivers accurate results.
Fully automatic infrared moisture analyzer for daily routine operation. It monitors the drying process and stops the measurement once the sample weight is consistent. The built-in weighing system with 1mg resolution is specifically optimized for use in higher temperature ranges and delivers the required measurement accuracy.
Powerful heating elements enable the analyzer to heat up faster, reducing overall analysis time.
Convenient progress tracking status light indicates the progress of an analysis run, making it convenient for you to check the remaining time.
BetterClean design ensures easy cleaning. The heating module and sample chamber plate can be removed and cleaned in a dishwasher, ensuring thorough cleaning of the instrument parts.
Intuitive user interface features a touch screen, structured user navigation and an easy-to-understand menu.
Ideal for quick and reliable determination of the moisture content of liquid, pasty, and solid substances using the thermogravimetric method. Applications include the analysis of foods, beverages, pharmaceuticals, chemicals, paper materials and environmental protection products.
Two powerful metal tube heating elements heat the samples. These heating elements are fast, extremely rugged and durable. Compared to glass heating lamps, infrared lamps or halogen heaters, they are especially resistant to dirt and vibrations.
Repeatability (average): for initial sample weight of approx. > 1g: ±0.2%; for initial sample weight of approx. > 5 g: ±0.05%.
Typical sample quantity: 5 to 15g.
Display shows results of moisture content in %M and g, dry matter in %S and g, and ATRO in %M/S.
Temperature range: 40°C – 200°C, adjustable in 1-degree increments
Shutoff parameter: Optional: Fully automatic; semiautomatic mg (1 to 50mg, 5 to 300 seconds); semiautomatic % (0.1 to 5.0%, 5 to 300 seconds); timer settings (02:00 to 99.59 minutes); manual.
Measuring program: 1 program saved in a non-volatile memory (freely selectable method parameters).
Memory for data storage: results are saved until the start of the next measurement.