OneLab
Easily design and execute experiments from your own PC or Tablet.
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Good results for every day use in lab
Labaratory monitoring experiments
Allowing full traceability of biological experiments with browser-based software environment, graphically design own pipetting protocols with short term executed results and option for monitoring ongoing experiments, it's high quality user friendly interface with modern design, great sampling and good return of investment
Review Date: 6 Oct 2021 | Waters
Easily design and execute experiments from your own PC or Tablet - controlled by OneLab. Reproducibility and full traceability of biological experiments is assured using a highly intuitive browser-based software environment. OneLab enables scientists to graphically design their own pipetting protocols in minutes and execute them straight away in any laboratory in the world, even allowing the remote monitoring of ongoing experiments.
Brochures
Domino/Device+ Catalog
The pace of innovation in current day biological research demands the highest levels of reproducibility and traceability. Andrew Alliance, a Waters Company, has developed an intelligent cloud-based software environment called OneLab within which experiments can be intuitively designed, repeatably executed, and tracked through a rapidly evolving ecosystem of connected devices and accessories that it is building together with partner organizations.
Exploring PROTACs in drug discovery and development
Proteolysis targeting chimeras (PROTACs) are able to degrade disease-causing proteins by hijacking the cells own degradation pathway. These molecules are therefore changing the drug discovery landscape by enabling targeting for previously 'undruggable' proteins.
Explore advanced LC-MS bioanalytical solutions that can support your PROTAC workflow to confidently quantify and accelerate development with sensitivity, selectivity and reproducibility.
Andrew+ Pipetting Robot for LC/LC-MS general liquid handling
Many LC and LC-MS laboratory protocols involve liquid handling procedures such as serial dilution, concentration normalization, plate reformatting, and the creation of a standard curve. In all cases the experimental set-up demands highly accurate and precise liquid handling that is both repeatable and fully traceable. Accurate pipetting during an LC and LC-MS workflow is critical, since any deviation will propagate to all subsequent steps, impacting the quality of vital data be it for research, pre-clinical development or quality control.
The connected laboratory for LC and LC-MS Workflow Automation
Andrew+ is an intelligent robot that allows scientists to develop reproducible, traceable, and easily implemented sample preparation protocols through highly repeatable pipetting. When using OneLab, a cloud-native software environment, experiments can be intuitively designed, reproducibly executed and tracked through a rapidly evolving ecosystem of connected devices and accessories.
Electronic pipettes and the connected lab
Andrew Alliance Bluetooth Electronic Pipettes are based on the market-leading Sartorius Picus Pipettes, the most sophisticated and ergonomic pipettes available. These pipettes are compatible with the Andrew Alliance Pipette+ Guided Pipetting System and Andrew+ Pipetting Robot that connects to OneLab, Andrew Alliance's highly intuitive cloud-native software.
The making of a modern biopharmaceutical
In this white paper, Waters Corporation discusses the future trends in the biopharmaceutical industry including multi attribute monitoring (MAM), biophysical analysis as a complement to analytical characterization, and the rise of mass detection as a foundational technology.
Leveraging automation technologies to work smarter
Catch up on this virtual event to learn how to improve the efficiency and reproducibility of common protocols in your lab
