The integration of a plate reader into Eppendorf’s epMotion liquid handling system facilitates researchers to use the system in a variety of new applications. The current focus is on absorption-based ...

For laboratory managers the biggest improvements are beyond individual swaps but rather operational wide changes. Introducing ...

Labroots is delighted to host the 10th Annual Event in the Laboratory Automation Virtual Event Series, scheduled on March 18th, 2026! Dive into the cutting edge of laboratory technology at this free ...

Ego Pharmaceuticals improved assay efficiency, reduced solvent use, and enhanced UV/Vis precision through automated ...

Dr. Dominic Gostick, CTO at PerkinElmer, discusses the transition in the lab toward integrated systems, how AI-enabled ...

Stay up to date on the latest science with Brush Up Summaries. This Brush Up is sponsored by Bio-Techne. Both semi-automated and fully automated workflows reduce ...

How has technology changed the way we conduct research? Lab automation takes many different forms with the purpose of streamlining several aspects of experiments, data collection and data analysis.

Manual cDNA workflows are labor-intensive and prone to variability, which can limit reproducibility in gene expression studies. Research comparing manual and robotic methods shows that automation, ...

Forbes contributors publish independent expert analyses and insights. Gary Drenik is a writer covering AI, analytics and innovation. No topic has been discussed more than Covid-19 in the past two ...

Preanalytical errors remain the leading source of mistakes in laboratory medicine, often impacting patient safety and driving up costs. New evidence highlights how automation, Lean workflow redesign, ...

When automation technology first became available for drug discovery, the equipment was expensive and fairly complex to use, and needed a lot of attention and maintenance to stay up-and-running. This ...