NanoTemper’s mission is to enable researchers to do the best science of their lives, we’re a passionate team!

Stefan Duhr and Philipp Baaske set out to build a company to address challenges researchers were facing with the ultimate goal of helping to move science forward.

NanoTemper was started in 2008 after Stefan and Philipp met at Ludwig-Maximilians-University Munich. At the time, the effect of thermophoresis was not known within the Life Sciences community, but Stefan and Philipp knew that it was important. Realizing the shortcomings of current protein research techniques, they came up with a method, MicroScale Thermophoresis that was enormously sensitive, and would bring researchers one step closer to developing better drugs faster.

Now, NanoTemper has over 120 employees in 10 offices around the world including Munich, Germany; Cambridge, UK; Kraków, Poland; Copenhagen, Denmark; South San Francisco and Boston, USA; Sao Paulo, Brazil; St. Petersburg, Russia; Bangalore, India and Beijing, China.

German Innovation Award
German Founders Prize
STEP Award
Red Dot Design Award
Bavarian Export Prize
Best Recognized new Technology, China
http://www.nanotemper-technologies.com/company/awards/

Prometheus - The Stability Expert
Prometheus instruments for nanoDSF applications, the method of choice to measure ultra-high resolution protein stability.
Measure thermal and chemical stability - even for membrane proteins
See more transitions - ultra-high resolution for antibody engineering
Detect aggregates - long-term stability and storage of biologics
Exploit the concentration range - for formulation of biopharmaceuticals

Monolith - The Efficient Performers
MicroScale Thermophoresis is an easy, fast and precise way to quantify biomolecular interactions.
For your daily research providing the broadest application range
For truly label-free characterization of challenging samples
For high-throughput applications

Tycho - Identify Protein Quality
Finding out the quality of your protein up front will help you figure out if it’s functional, similar to the previous batch you made, or properly stored. With very little effort, you’ll make sure you’re moving forward with a viable sample, and save yourself from doing have-to-repeat-it-again experiments.

Biomolecular Interactions
Biopharmaceuticals
Biophysical Parameters
Difficult Targets
Formulation/QC
Multiple Component Interactions
Protein Folding
Purification-Free Interactions
Screening