Automated pH Testing: Prioritizing Accuracy and Efficiency in the Lab
Life sciences research and diagnostics are generating more and more data every year by increasing throughput. Labs that don’t adapt are being left behind. Manual
From Lab to Process: Harnessing pH Measurement in Various Applications through Automation
pH is a logarithmic measurement of the acid or base levels in a substance. It stands for “potential of hydrogen” or “power of hydrogen.” The
PlateCrane’s Applications Beyond Plate Handling in Life Sciences
There are many advantages and benefits of robotic automation, and automation itself has revolutionized and streamlined microbiology. The benefits are many: robotic automation is cost-effective
The Technology Behind Colony Picking Robots
Colony picking is the most important aspect of identifying microorganisms for many applications. Used mainly to identify different bacteria, colonies are isolated for future analysis
Not Sure What to Go For? Here Are Some Laboratory Automation Examples
With the development of new products, medicines, and technologies each day, laboratory managers are turning to automation. Automation increases throughput, reduces errors, and makes lab protocols easy to repeat.
Core Laboratory Automation Products for an Efficient Lab Workflow
Scientists have long sought ways to maximize their laboratory throughput by developing machinery that simplifies difficult or repetitive tasks. The use of laboratory automation products
Automatic Plate Loading for Improved Instrument ROI in the Lab
Microplate robots have advanced the availability of automated qPCR and ELISA and many other applications and assays in laboratories that rely on studying genetics, nucleic
6 Benefits of Lab Automation
Laboratories are constantly adopting new technology whether it be new equipment or software. One of the most impactful solutions in recent decades is in lab
