Waters Corporation Released Robot Pipetting Kit

The new 12-channel enablement kit for the Andrew+ Robot automates lab workflows to improve efficiency and data integrity.

Updated on Oct. 13, 2026 in Robotics

Isometric editorial illustration showing a laboratory robotic arm with a multi-channel pipette array positioned over a microtiter plate. — Waters Corporation has released a new 12-channel enablement kit for its Andrew+ laboratory robot to automate complex liquid handling workflows. AI Illustration. Upload story photo >

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Do you believe replacing manual laboratory tasks with automation leads to more reliable results?

Waters Corporation has introduced a 12-channel enablement kit designed for its Andrew+ Robot to streamline laboratory pipetting tasks. The system automates roughly 90% of pipetting steps for complex workflows like serial dilution and ELISA.

Why it matters

Regulated laboratories often rely on manual methods to avoid the costly revalidation of standard operating procedures, but this can limit productivity and accuracy. This new technology seeks to address these industry pressures by automating routine tasks while ensuring high data integrity.

The kit enables single-, 8- and 12-channel pipetting on 96-well plates, automating 90% of steps. It delivers reproducible row-by-row parity at ≤5% CV.

The players

Waters Corporation

This analytical laboratory instrument and software company specializes in chromatography, mass spectrometry, and thermal analysis technologies.

Andrew+ Robot

This is a laboratory automation platform designed to handle liquid management tasks such as pipetting and sample preparation.

The details

By combining electronic pipettes, the Andrew+ Robot, and OneLab software, researchers can digitize protocols for automated execution. This setup significantly reduces manual prep time for serial dilution and ELISA workflows.

October 13, 2026: The 12-channel enablement kit was officially announced.

The Tech Race

The release of this kit represents a move toward full-scale laboratory automation, displacing labor-intensive manual pipetting methods that have long been the industry standard. This positions Waters Corporation to capture more market share by prioritizing high-throughput reproducibility.

Lab personnel can shift from hours of manual pipetting to minimal hands-on time, significantly reducing the potential for human error in serial dilutions. The digital protocol integration allows scientists to spend less time on routine prep and more time on high-level data analysis.

The takeaway

Automating routine laboratory tasks can lead to substantial gains in both throughput and experimental reproducibility. Labs looking to improve efficiency should evaluate whether digital protocol integration aligns with their current validation requirements.