Precision is essential in any laboratory, especially when handling valuable research samples. As laboratories adopt advanced technologies, automation is transforming workflows and enabling researchers to focus on discovery rather than routine tasks. Routine procedures such as pipetting can now be handled by intelligent systems, improving accuracy and efficiency.
A fully connected laboratory solution
Using electronic pipettes and modular labware holders called Dominos, Andrew+ ensures consistent, reliable results. When combined with Device+, it integrates heating, shaking and solid phase extraction (SPE), creating a powerful walk-away automation solution.
Accelerate workflows
With the capability of 8 and 12 channel pipettes, Andrew+ enables quicker dispensing of large liquid volumes and procedures simultaneously. It is ideal for workflows such as qPCR Prep (quantitative Polymerase Chain Reaction), Plasmid DNA Purification and NGS (Next Generation Sequencing) workflows, ensuring superior repeatability and full traceability.
OneLab ecosystem
Andrew+ is part of the OneLab ecosystem, executing laboratory protocols designed in OneLab software. This intuitive, cloud-based platform allows scientists to easily create, run, and monitor pipetting protocols without the need for any programming or robotics expertise. OneLab supports real-time experiment monitoring and provides a secure, flexible system built to meet regulatory requirements.
Enhanced sample processing
The Extraction+ Connected Device is one of several “connected devices” for use with the Andrew+ Pipetting Robot. Controlled via OneLab software, the Extraction+ automates solid phase extraction (SPE) for biological, food, forensic, and environmental samples. Its hands-free, automated approach eliminates the need for manual pipetting and sample extraction, potentially saving scientists up to four hours of bench time per sample set, and significantly reduces the risk of user-to-user variability.
Andrew+ empowers labs with greater precision, flexibility, and scalability. By automating pipetting and sample preparation, scientists can accelerate their workflows and focus on what matters most – advancing research and scientific discovery.
