Automated Liquid Handling

Delivering productivity with speed and precision

Our automated liquid handling instruments reduce the time spent on repetitive pipetting tasks at any throughput level. We offer systems ideal for medium or high throughput applications, meeting multiple liquid handling requirements that include channels, microplate type or liquid volumes.

See our selection tool for help finding the right liquid handling solution for your needs.

Available liquid handling and dispensing products

Support a wide range of applications with the Thermo Scientific™ Versette™ Automated Liquid Handler, a compact handler featuring user-friendly programming, reliable performance 

Available formats:

Thermo Scientific™ D.A.R.T.'s™ tips offer a unique face seal design with a magazine rack format that helps result in optimal accuracy and precision. 

Compatible with:

Available volumes:
30µL, 300µL, 300µL Extended-Length, 300µL Extended-Length Wide Bore, 30µL 384, 100µL 384

Automation Tips for a variety of automated liquid handlers


Achieve accuracy and precision with our portfolio of over 300 Thermo Scientific™ automation tips designed to fit over 50 liquid handling workstations. 

Our tips are quality controlled, providing the reliability and consistency you count on to perform liquid handling applications. Learn more in our product catalog.

Learn more

Simplify creation and execution of pipetting programs with our liquid dispensing software packages: the Versette™ ControlMate™ Software for the Versette automated liquid handler and the  FILLit Software for Thermo Scientific™ Multidrop™ reagent dispensers. 

Featured liquid handling and dispensing videos

Multidrop Combi nL Low Volume Reagent Dispenser

Provides accurate low volume dispensing in the range of 50nL to 50µL can be dispensed accurately and reliably.

User Friendly Liquid Handling

See how easy liquid handling can be with Thermo Scientific Versette automated liquid handler.

What is MSIA?

Coated with affinity ligands MSIA captures analytes from the most complex samples.