If the GEN2 Magnetic Module is too weak for your application, this method can be used to strengthen its magnetic force to improve bead pelleting. Read More

The Opentrons Heater-Shaker Module provides on-deck heating and orbital shaking of microplates. The module can be heated within the range of 37 – 95 ℃, and can shake samples from 200 to 3000 rpm. It is compatible with a number of deep-well and 96-well plates. The Heater-Shaker can be used simultaneously… Read More

The Opentrons HEPA (High-Efficiency Particulate Air) Module is a positive pressure clean air system designed to be used with the OT-2. The module displaces contaminants in the OT-2 by introducing a steady stream of filtered air into the robot while also creating an air boundary. This prevents any other contaminants… Read More

While the OT-2 can be adapted to use a wide range of labware, it comes pre-loaded with a set of Opentrons and 3rd party labware definitions to get you up and running as quickly as possible. Read More

This article provides guidance on compatible labware for various Opentrons modules, such as the Magnetic Module, Temperature Module, Thermocycler Module, and Heater-Shaker Module. It includes recommended labware, dimensions, and additional information for optimal module performance. Read More

This article provides guidance on loading standard and custom labware for Python API, Protocol Designer, and Jupyter Notebook protocols. Read More

The Labware Library is a visual index of all the labware supported out-of-the-box by Opentrons robots. You’ll find both Opentrons and 3rd party labware, with the information you need to incorporate them into your Protocol Designer or Python API protocols. Read More

The Labware tab allows you to import custom labware definitions and browse all custom and standard labware in-app without needing to open the Labware Library in a separate browser tab. Read More

See what a standard tip rack supplied by Opentrons looks like. Read More

In order for the robot to interact with any given labware, it needs to reference a corresponding JSON definition file which contains the accurate measurements of that labware. This list of measurements informs the robot about the type and shape of the labware. … Read More