Configurable 11-deck platform with options for Magnetic, Temperature and Thermocycler Modules
Swappable single & 8-channel pipettes for multiple volume configurations
Standardized (SBS) deck slots allow you to use labware you already own
Accuracy: 15% at 1uL
Precision: 5% at 1uL
Throughput: Fast fill a 96-well plate in 22 seconds
Choose from free, beginner-friendly & advanced protocol controls
Powerful cloud-based tools
Unmatched control of nearly every aspect of your workflow
Self-serve unboxing and installation
Reagent and bead system agnostic
Plug-and-play setup with access to protocol libraries to enable immediate assay implementation
Easily integrates to your existing instruments
Compatible with ANSI/SBS compliant or automation friendly tubes, microplates, deep-well plates, reservoirs and adapters
100% customizable and open to modifications adjustable to your assay
Modify or customize protocols with our simple yet powerful Python API
Digital protocol commands surpass manual pipetting capabilities
Supports Ethernet or USB connection (external dongle provided)
4 USB ports available to support connection to multiple modules
Easy access to electronics via external PCBA enclosure
LED indicator provide users feedback, diagnosis & troubleshooting aid on instrument power state, system processing, ethernet, and network connectivity
Real-time chat support on your computer or mobile phone.
Plug-and-play. Unbox, set-up, calibrate. No technician needed.
Dedicated Account Managers available to you at every step.
Start with confidence. Demo the OT-2 for 60 days.
Speed
Fills a 96-well plate in 22 seconds
Pipette | Distribute, One Tip | Transfer, Same Tip | Transfer, New Tip |
---|---|---|---|
P20 8-channel | 0:22 | 1:35 | 4:19 |
P300 8-channel | 0:26 | 1:38 | 4:24 |
P20 Single | 3:12 | 13:10 | 36:01 |
P300 Single | 4:01 | 13:39 | 41:31 |
P1000 Single | 5:54 | 15:21 | 44:50 |
Accuracy and precision
Single and 8-channel pipetting
Pipette | Volume | Random Error | Systematic Error | ||
---|---|---|---|---|---|
%D | µl | %CV | µl | ||
p20 | 1 | ±15% | 0.15µL | ±5% | 0.05µL |
10 | ±2% | 0.2µL | ±1% | 0.1µL | |
20 | ±1.5% | 0.3µL | ±0.8% | 0.16µL | |
p300 | 20 | ±4% | 0.8µL | ±2.5% | 0.5µL |
150 | ±1% | 1.5µL | ±0.4% | 0.6µL | |
300 | ±0.6% | 1.8µL | ±0.3% | 0.9µL | |
p1000 | 100 | ±2% | 2.0µL | ±1% | 1µL |
500 | ±1% | 5.0µL | ±0.2% | 1µL | |
1000 | ±0.7% | 7.0µL | ±0.15% | 1.5µL |
Pipette | Volume | Random Error | Systematic Error | ||
---|---|---|---|---|---|
%D | µl | %CV | µl | ||
P20 | 1 | ±20% | 0.2µL | ±10% | 0.1µL |
10 | ±3% | 0.3µL | ±2% | 0.2µL | |
20 | ± 2.2% | 0.44µL | ±1.5% | 0.3µL | |
P300 | 20 | ±10% | 2.0µL | ±4% | 0.8µL |
150 | ±2.5% | 3.75µL | ±0.8% | 1.2µL | |
300 | ±1.5% | 4.5µL | ±0.5% | 1.5µL |
Sterility
Full polycarbonate enclosure designed to limit exposure. The OT-2 is not a sterile environment
Add the Opentrons HEPA Module, or add your own UV lights
Viscosity
For best practices on automating viscous liquid handling, review our application note