Andrew+
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Excellent product as easy to design and executive protocols.
Automated liquid handling in all the labs where transfering methods between devices
Minimizes human intervention and ensures compliance.
Review Date: 21 May 2021 | Waters
Easy to use, reproducible results, reduced plate load errors and efficient execution.
Enzymatic assays/LAL assays
Ease of Use: Andrew+ and OneLab are easy to use. Andrew+ is not an intimidating robot to work with and OneLab is easy to learn to use and enables facile creation and execution of new protocols. Andrew+ uses standard pipettes which is useful to comply with calibration requirements following standard in house protocols. Together they enable reproducible filling (e.g. less load errors in 96 well plates), complex layout of assay plates, uniform standard curve production, and efficient assay plate execution. An additional benefit is the happier analyst who can spend time doing other things with the elimination of multiple repetitive and tedious pipetting steps. Log files are created for each run creating a record of what was executed including materials and pipettes which helps with documentation i.e. reports and process needs. The robot also looks really great in the lab and has starred in one video already. After sales care: The team at Andrew Alliance is always professional and helpful. We have had some issues with communication between the Andrew+ and OneLab and they have arranged returns and repairs as needed; however, sometimes it can take a while to solve problems. I believe this has to do with the rapid growth of the Andrew+ adoption and the fact that the team is spread thin. Value for the Money: Andrew+/OneLab price point is in the mid-range for robotic liquid handling systems and represents a good to very good value. Add on "tools" for Andrew+ such as shakers and grippers add to this value. The dominoes are easy to work with and really simplify setting up the deck; however, they are expensive and the “starter system” does not necessarily meet most common needs.
Review Date: 11 Aug 2020 | Waters
Great instrument, easy to use.
Pipetting robot
The product is very intuitive and easy to use. Sequences can be set up very easily. Precision is fine. Different protocols can be set up. System is very flexible.
Review Date: 29 Jan 2020 | Waters
Automated liquid dispensing
Automated liquid dispensing
The Andrew+ liquid dispensing system has enabled my team to dose quickly, efficiently and effectively between 2 ul to 1000 ul samples.
Review Date: 26 Mar 2019 | Waters
Andrew+ is based upon 6 years of market feedback, and builds on the success of the Andrew Pipetting Robot. It now enables both fully automated pipetting, as well as the more complex manipulation and grabbing of microplates, tubes and columns, through an expanding range of Andrew+ Accessories.
It can also execute protocols designed in OneLab, enabling you to quickly transition from laborious manual procedures to error-free, easily programmable fully-robot workflows.
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.
Design and execute experiments using the cloud-based OneLab software
This brochure provides an overview of the OneLab software, an intelligent cloud-based software environment that can seamlessly connect to the Andrew+ pipetting robot and the Pipette+ intelligent pipetting system.
Connected devices for laboratory workflows
The pace of innovation in current day biological research demands the highest levels of reproducibility and traceability. This brochure demonstrates the rapidly evolving ecosystem of connected devices that Andrew Alliance is building together with partner organizations, supporting a wide range of laboratory workflows.
Automating magnet bead separations for large volumes
This brochure demonstrates a simple and reliable method of purifying genomic, plasmid and mitochondrial DNA, using magnetic beads.
Characterizing LNP mRNA: LC tools for purity, identity, integrity and concentration measurements
This application note explores liquid chromatography workflows for the characterization of lipid nanoparticle (LNP) mRNA therapeutics and their critical quality attributes. Learn how chromatography-based methods can be used to assess mRNA integrity, sequence identity, 5′ cap structure, poly(A) tail length, plasmid topology, lipid composition and nanoparticle heterogeneity. Explore optimized SEC, anion exchange, reverse-phase LC and LC-MS approaches, along with specialized reagents and columns designed to support high-resolution analysis of LNP formulations, mRNA drug substances and associated raw materials throughout development and manufacturing.
Resource details:
Resource type: Application note
Page count: 12
Read time: 15 mins
Achieving effective biotherapeutic peptide and protein size-based analyses while maximizing SEC column life
Success with size exclusion chromatography (SEC) depends on more than choosing the right column. System dispersion, unwanted interactions, contamination, and poor handling practices can all undermine peptide and protein analyses, affecting both data quality and column lifetime.
In this resource, discover how you can optimize SEC workflows for biotherapeutic peptides and proteins. Learn how to improve separations, extend column life, and avoid common analytical pitfalls, while gaining practical guidance to support more reliable results and greater confidence in your biotherapeutic characterization workflows.
Resource details:
Resource type: eBook
Page count: 31
Read time: 48 mins
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.
Liquid handling automation system streamlines sample preparation for nutritional analysis
In this application note, discover how the Andrew Alliance+ pipetting robot enabled Eurofins Scientific to remove manual processes that require time-consuming and potentially error-prone steps in their sample preparation workflows.
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.
Simplify your N-glycan preparation workflow using the Andrew+ pipetting robot
This application note aims to simplify the released N-glycan preparation workflow using the Andrew+ pipetting robot from Andrew Alliance. The protocol was designed using reagents and consumables from the RapiFluor-MS N-glycan analysis kit for maximum fluorescence and mass spectrometric detection of N-glycans.
Introducing the Andrew+ pipetting robot for fully automated pipetting
This application note provides an overview of the Andrew+ pipetting robot and its features.
Collaboration accelerates solutions for complex pre-analytical workflows
In this video, Nigel Skinner, Head of Marketing at Andrew Alliance, and Stephen Calciano, Product Marketing Manager for Waters, discuss Waters’ acquisition of Andrew Alliance and how it will lead to an acceleration in the development of solutions for complex analytical workflows across the industry, highlighting the automation of Waters protocols on OneLab software and the Andrew+ pipetting robot.
This interview was filmed at SLAS2020 - watch other highlights from the show here >>
Simplify everyday tasks with automation technology
Watch this virtual event on demand to learn about a flexible platform that automates your liquid handling tasks to increase your labs research outputs
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
18 top videos on emerging trends in life sciences discovery
From AI to artificial lifeforms, we spotlight the latest research and automation solutions innovating life sciences and drug discovery
Waters to acquire Andrew Alliance
Waters enables core product portfolio with next-generation automation technology
Andrew Alliance Announces Co-Marketing Agreement with Arcis Biotechnology
New agreement to offer hands-free nucleic acid stabilization and preparation
Spotted at SLAS2019: 9 Top Technologies from the Exhibition Floor
SelectScience editors reflect on the most exciting technologies showcased at the 2019 Society for Laboratory Automation and Screening conference
