Small-scale protein purification for up to 96 samples using magnetic beads
The OT-2 Magnetic Bead Protein Purification Workstation includes OT-2 Robot and Pipettes, Tips and Labware, and Custom Protocol Development
With the OT-2 Magnetic Bead Protein Purification Workstation, you can automate your small-scale protein purification and proteomics sample processing. This Protein Purification Workstation uses magnetic beads for purification of proteins.
Enzymatic and chemical lysis
SP3 sample preparation for LC-MS
BCA and Bradford assay
Magnetic bead-based purification
Protein labeling
SDS and native PAGE sample preparation
The OT-2 Magnetic Bead Protein Purification Workstation includes all the hardware and consumables you need to perform automated protein purification. It comes with Opentrons’ protocol development service, which provides you with a customized protocol unique to your assay. You’ll also enjoy free access to the Opentrons Protocol Designer, Python API, and Protocol Library.
For FAQs about the OT-2 and other products, click here.
Protein purification processes can be conducted with up to 96 samples, with minimal hands-on time.
For more information on timing and throughput, please reference our Automated Ni-NTA bead-based protein purification on the OT-2 liquid handler application note.
The magnets used within our Magnetic Module are N52 Neodymium Magnets.
The Magnetic Module supports protocols with standard or deep 96 well plates with volumes ranging from 10 μL to 2 mL.
For more information on compatible labware and magnetic beads, please reference our Magnetic Module White Paper and our Support team’s labware compatibility article.
It is possible to use multiple modules of the same type on the OT-2. This is true for our Temperature Module, Magnetic Module, and Heater-Shaker Module. For a walkthrough on setting this up for your OT-2 and considerations when using multiple modules, please reference this guide.
Try the OT-2 in your lab today and take advantage of protocols designed for sharing and editing.
