The progress in laboratory automation could be one of the most consistent changes in research in the life sciences and biomedicine over the past 30 years. The evolution of this field borders on the ...
Discover how agentic AI can improve compound and sample management for laboratories, prepare documentation, and improve data ...
Azenta Life Sciences has entered a collaboration with PulpFixin® to help laboratories cut plastic waste while maintaining ...
The alternative text for this image may have been generated using AI. Automated technologies are well established in biomedical research in industry, and are becoming increasingly common in academic ...
Automation can offer labs a vast range of benefits, from improving productivity and accuracy to enabling researchers to focus on less menial tasks. Despite this potential, many labs are hesitant to ...
Telos Scientific Suggests Putting the Integration of Laboratory Automation on AutoPilot Telos Scientific is the developer of AutoPilot, a technology that can allow scientists who lack programming ...
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.
At this year's event, MGI Tech highlighted a portfolio of intelligent automation and multi-omics solutions designed to accelerate research efficiency, simplify complex workflows, ...
The global laboratory automation market is projected to grow at a CAGR of approximately 7% over the forecast period. Growth is being fueled by the increasing integration of automation, artificial ...
In this interview, we talk about the past, present, and future of automation and digitalization in the laboratory with Dr. Klaus Lun and Dr. Chris Mason. Could you introduce yourselves and your ...
Increased patient testing and less lab staff to perform manual tasks have created a bottleneck for care Now, automation found in high-volume labs is accessible no matter a lab’s footprint or volume ...