From column-wise to row-wise preparation, streamline your dilution workflows with OneLab and Andrew+ for unmatched precision and reproducibility.
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Genomics is transforming medicine—from personalized therapies to the diagnosis of rare genetic disorders. But tomorrow’s breakthroughs demand more than manual sample prep can deliver. Meet the Andrew+ Robot powered by OneLab Software: a drag-and-drop automation solution that enhances accuracy, reproducibility, and productivity. Free your team from routine tasks to focus on genomics discoveries that will define tomorrow’s medicines.
Genomics workflows such as PCR sample preparation, plasmid purification, and NGS library construction have long been hindered by slow, manual, and error-prone processes. Early automation solutions often required specialized engineering expertise, creating barriers to adoption.
Waters has redefined what’s possible.
With the Andrew+ Robot and OneLab Software, automation is now within reach for every scientist. Featuring an intuitive, no-code, drag-and-drop interface, OneLab Software empowers users to easily design, execute, and share genomics protocols—with no programming required.
Need help getting started? Explore the OneLab Online Protocol Library for protocols that cover everything from circular DNA isolation to DNA library quantification.
Enhance productivity, ensure precision, and achieve consistent, publication-ready results—every time.
Genomics is revolutionizing modern medicine—from diagnosing Hepatitis C to powering next-generation cancer therapies. But with high-stakes decisions, complex workflows, and increasing demands for speed and accuracy, automation isn’t optional—it’s essential. At Waters, we’re redefining genomics automation with intelligent, accessible solutions that support every lab—no engineering degree required. Whether you’re preparing samples for PCR, purifying plasmids, or constructing NGS libraries, our Andrew+ Robot powered by OneLab Software simplifies the process without compromising performance.
This intuitive, plug-and-play platform brings seamless automation at your fingertips:
From scaling throughput to meeting regulatory demands, Waters helps you streamline genomics workflows by minimizing errors, and delivering reproducible, high-quality results—faster and with total confidence. Ready to redefine what’s possible in your lab? With Waters, it’s within reach.
Say goodbye to repetitive pipetting and complex, time-consuming workflows like plasmid purification and NGS library construction with OneLab Software. You can automate genomics sample prep simply and intuitively, without coding or technical expertise.
Ready-to-use accessible workflows and a drag-and-drop interface let you move from method development to execution in minutes.
Automating NGS sample prep? OneLab Software delivers precision and confidence every step of the way.
Need a head start? Access expert-designed PCR protocols in the OneLab Online Protocol Library. .
Need help? Built-in chat support is just a click away.
Collaborate in real time, share protocols globally, and co-develop methods with tools built for modern, connected labs.
And for regulated environments, OneLab Software ensures compliance with:
Focus on what matters, delivering accurate, reproducible results. Let OneLab Software handle the rest.
Unlock the power of intelligent automation with the Andrew+ Robot, powered by OneLab Software. Designed for speed, precision, and compliance, this intuitive solution streamlines genomics sample prep, boosting throughput, minimizing errors, and delivering reliable, reproducible results with ease.
Streamline genomics workflows with OneLab Software and leverage automated protocols, expert guidance, and built-in compliance tools that reduce errors, save time, and ensure reproducible results.
The Andrew+ Robot, powered by OneLab Software, simplifies genomics workflows with automated pipetting and full traceability, helping you reduce errors, minimize reagent waste, and improve reproducibility—so you can focus on generating accurate, high-quality gene expression data with confidence and efficiency.