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 ...

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.

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 ...

Every stage of biopharma drug development depends on what happens in the laboratory. Consequently, any one of these stages—which include target identification, lead optimization, candidate screening, ...

Ultima Genomics, a developer of ultra-high-throughput sequencing systems, together with Hamilton (Hamilton Company and Hamilton Bonaduz AG), a global leader in precision laboratory automation, today ...

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 ...

Lab automation products cover a comprehensive list of products such as automated incubators with temperature ranges of 4 °C–5 °C of varying capacities, benchtop automation products such as microplate ...

New benchtop automation workcell streamlines quantification, screening, and cell line development by integrating instruments ...

Employee burnout rates in the healthcare sector were exceptionally high even before COVID-19. Burnout has a significant adverse influence on clinicians’ overall well-being, as well as their sense of ...

In life science research today the trend goes to increased sample numbers, higher degree of sensitivity of detection modes and the use of multiple assays to investigate a single question of interest.

Concerns about the lack of reproducibility of experimental research 1,2, the numerous labor-intensive tasks required for high-throughput research, and the dangers (and costs) associated with ...