The Opentrons HEPA (High-Efficiency Particulate Air) Module is apositive pressure clean air system for use with the Opentrons OT-2liquid handling robot. The HEPA Module introduces a steady streamof filtered air into the OT-2 enclosure, displacing contaminates andproviding a positive pressure air boundary to prevent introduction ofairborne contaminants. Read More

The Opentrons HEPA Module turns your OT-2 into a clean bench, enabling you to run sensitive contamination-prone applications… Read More

As an industry first, Avida Biomed has fully automated its novel Point-n-Seq® targeted sequencing sample prep as well as targeted methylation enrichment to a <1 day protocol, including only 10-15 minutes of hands-on time, – all achieved on Opentrons’ low cost open-platform liquid handler, the OT-2. Read More

This is adapted from a talk Will Canine gave at SynBioBeta SF 2015 during the Automation and the Internet of Biotech Things session. Biology in the 21st Century We are in the century of software — a world with an API for everything. And yet, the way we do life-science… Read More

Opentrons created Protocol Designer because we wanted scientists to easily create scientific protocols without having to write any code. Here’s how it works. Our goal at Opentrons has always been to democratize lab automation. To do that, we’ve worked hard to: Decrease the cost of equipment so more labs can… Read More

1. Drag file into interface OpenTrons jobs are described in files that the robot reads as instruction set. You download these files from the protocol library or make them yourself. Once you have the protocol you want downloaded, drag that file into the Setup / Run interface. 2. Save the… Read More

Automating your lab workflow not only has the potential to improve your data quality and increase your research output, it can also lead to significant time and money savings. If you’re reading along here, chances are you’ve already realized this, and that lab automation will make your job Automating your… Read More

Since its invention three decades ago, PCR has revolutionized molecular biology in research and clinical laboratories all over the world. This has led to massive advances in basic research, as well as in the diagnosis and classification of infectious diseases, inherited disorders, and cancers, to name a few. Why Automate… Read More

Manual pipetting puts lab workers at risk of developing a repetitive strain injury (RSI). Here’s an infographic showing 10 ways to prevent it. Table of Contents What is Repetitive Strain Injury? Manual Pipetting May Contribute to RSI How You Can Make Manual Pipetting More Comfortable Optimize… Read More

Good quality DNA is key to many life science applications. Automation can help ensure it. Here’s how. Next generation sequencing (NGS) and qPCR applications dominate many areas of life science today, from basic research to clinical diagnostics and drug discovery. These applications are highly sensitive and require scientists to start… Read More