Used ERBA SuperStat 919 #9226834 for sale

ERBA SuperStat 919 is a lab equipment and accessory designed to offer top-tier accuracy and precision in all of your chemical analysis needs. This multi-mode analyser can be used to perform a variety of measurements, including ionic and titration, colorimetry, and photometry. SuperStat 919 is offered with different sized cuvettes, ensuring flexibility when using different sample types and sizes, and advanced technology that allows it to easily change measurement parameters between measurements. The precision of this lab equipment and accessory is provided by its automated reagent equipment, which delivers reliable and consistent results. This system delivers the exact amount of reagents required for a particular measurement, ensuring a consistent end result even in small samples, and also provides an accurate and reliable calibration. The reagent unit uses a built-in UV photometer to measure the solution and determine the right reagent for each measurement. ERBA SuperStat 919 also boasts a high-resolution digital display, allowing operators to clearly see the data being generated by the analysis. This combined with the built-in printer, enables accurate documentation of results for rechecking or replication purposes. Furthermore, this analyser is designed to provide high-precision measurements with minimal maintenance, saving both time and money. SuperStat 919 is designed with features to help accomplish more in less time; so you can achieve more in your research goals. This lab equipment and accessory is also designed with ideal ergonomic properties, such as removable parts that allow greater portability and exceptional operational simplicity, enabling technicians to quickly become familiarized with its new features. Overall, ERBA SuperStat 919 provides low-cost precision measurements, fast results, and outstanding reliability. Its automated reagent machine, versatile cuvette range, and digital display make it ideal for laboratories that demand precision, accuracy, and speed in their chemical analyses.