German Innovation Award honors PlasmaQuant 9200 by Analytik Jena

The ICP-OES system PlasmaQuant 9200 from Analytik Jena has been awarded the German Innovation Award. The jury particularly recognizes the system's consistent focus on the needs of modern laboratory users and the high level of innovation in design and system architecture. The German Innovation Award is one of the most prestigious awards for market-relevant innovations in Germany.

User-centered development for everyday laboratory work

The German Innovation Award recognizes products, technologies, and services that take new approaches and convince through their added value for users. With the award of the PlasmaQuant 9200, the jury highlights Analytik Jena's user-centered development approach. This is demonstrated, among other things, by a clearly structured device architecture and features designed for stable analysis conditions, safe operation, and high everyday usability.

Efficiency, stability, and ease of operation in focus

The PlasmaQuant 9200 addresses the increasing demands for efficiency, reproducibility, and ease of operation in ICP-OES analysis. The system helps laboratories streamline workflows while achieving reliable measurement results. Thanks to its well-thought-out device concept, the system is suitable for both routine use and more demanding analytical tasks, contributing to smooth laboratory operations.

Confirmation of Analytik Jena's innovation strategy

"When developing the PlasmaQuant 9200, our main focus was on how we can best support users in their daily laboratory work," says Maximilian Schüssler, ICP-OES Product Manager at Analytik Jena. "Receiving the German Innovation Award confirms our commitment to consistently combining technological innovation with practicality, safety, and user-friendliness."

The award for the PlasmaQuant 9200 confirms Analytik Jena's innovation strategy. The company specifically aligns technological developments with the practical requirements of modern laboratories and relies on solutions that combine efficiency, user orientation, and reliability.