Proteomics is evolving fast, and automation is helping scientists keep up with growing complexity and scale.
Manual sample prep is time-consuming and prone to variability. Whether you’re processing dozens or hundreds of samples, automation helps streamline workflows and drive better results.
Minimize human error, maximize reliability and reproducibility across runs and labs
Process more samples faster, scaling your science with ease
Free your time to analyze data and explore new insights
Key workflows
Mass Spec Sample Prep
Protein Digestion
Purification
Quantification
Labeling
Clean-up
Save time by downloading free protocols from the Opentrons Protocol Library. Select from a range of protein extraction (including SP3), quantification, and proteomic sample preparation methods including digestion and normalization.
Despite its potential to transform disease research, proteomics has long been bottlenecked by slow, manual sample preparation. Automating these front-end workflows isn’t just about saving time; it’s about ensuring consistency, minimizing sample loss, and making high-throughput proteomics a reality. With the right technology, labs can finally process thousands of samples with the speed and precision needed to unlock new biomarkers and drive the next wave of targeted therapies.
– Hanno Steen, PhD, Director of the Proteomics Center at Boston Children’s Hospital and Professor of Pathology at Harvard Medical School
See how labs are streamlining protein workflows with our 3-part application note series series.
LC-MS Sample Preparation: Automated Protein Purification on the Opentrons Flex®
LC-MS Sample Preparation: Automated Protein Quantification and Normalization on the Opentrons Flex®
LC-MS Sample Preparation: Automated Protein Digestion and Clean-up on the Opentrons Flex®
