Robotics in Manufacturing

Application

Lab Automation

Lab automation robots move samples, plates, and consumables between instruments in a laboratory, running repetitive test or sample-prep sequences unattended.

The robot transfers microplates, vials, or other lab consumables between instruments such as liquid handlers, readers, and incubators, following a scheduled sequence defined by the lab's workflow software.

Precision matters more than raw payload, since lab consumables are small and lightweight but need to land in exact positions for downstream instruments to process them correctly.

Footprint is often constrained by benchtop or enclosure space, so compact arms that can work within a small envelope are preferred over larger industrial platforms.

Common questions

What robots are used for Lab Automation?
Lab Automation suits collaborative, SCARA, 6-axis industrial robots. Examples include Universal Robots UR5e, Doosan Robotics M1013.
What payload and reach does Lab Automation need?
Payload is typically 0.5 to 10 kg with reach around 600 to 1200 mm.
What matters most for Lab Automation?
Precise repeatable positioning. Compatibility with standard lab consumables. Small footprint for benchtop integration. Lab information system integration.

Attribution

Application notes on this page are reviewed for consistency with the site's published robot and process pages.

Edited by Mike Ramsey / Reliable Media.Editorial process