Reaction optimization is crucial for achieving efficient syntheses of final products or intermediates. While different approaches can reduce the number of trial reactions, effectively handling and analyzing LCMS data to quantify components remains a significant challenge…
No automation exists in a vacuum. Inputs and outputs to the process (or rather the ease with which these connections can be achieved) can make or break the overall automation. There is no point having a wonderful automation processing 10,000 samples if all the results then need to be transcribed manually into a corporate database!
Experts working with chemistry – from small molecules right up to macromolecules and from pure compounds through to complex mixtures – know that the analytical data acquired by the instruments is empty and meaningless without analysis and interpretation.
Agreeing in principle that there are benefits to data automation is one thing, yet in practice, changing standard processes to implement such automations can be a much more complicated decision to make, especially when lacking the internal expertise to take care of such changes.
The demand for, and adoption of lab automated systems has been constantly increasing over the past few years, the market for which is anticipated to grow by 7.6%, up to $9.21 billion, by 2029.
Mnova LC/GC-MS software solutions for your analysis. A popular desktop application, a powerful automation engine, a task-specialized analysis
High-throughput (HT) analyses have become extremely popular, if not essential, for daily activities in the majority of analytical laboratories, ranging in use from R&D, to manufacturing, to quality control.
Robotics automation is rapidly changing our world; ‘bots are everywhere. Today, we find them in so many places, from providing customer support on insurance websites through to industrial robotics involved in car manufacture and food production.
MyGears in action – Automated qNMR, Structure Verification and Spectrum Suitability Testing with ONE Click.