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A Nanopore sequencing DNA

Ask more of your sequencing

Discover how Oxford Nanopore technology gives you faster access to multidimensional insights, wherever and whenever you need them.

Richer insights

Unlock the full picture. Generate multiomic insights in one go, with built-in gold-standard methylation detection and read lengths from 20 to 4,000,000 bases, revealing genomic variation others miss.

Faster results

Get answers when you need them. Prepare samples in as little as 10 minutes and access results as they happen with real-time sequencing — no batching required.

Accessible and affordable

Sequence on your own terms. Choose from pocket-sized to benchtop devices with plug-and-play setup, intuitive workflows, and simple analysis tools that keep the focus on your research.

Discover the output range.

The heart of nanopore sequencing is the flow cell, which is much more than a consumable — it is the nanopore sequencer. With a choice of two flow cell formats and pocket-sized to high-throughput devices, you can scale sequencing output and throughput to your needs.
MinION Flow Cell

MinION Flow Cell

PromethION Flow Cell

PromethION Flow Cell

MinION Mk1D

MinION Mk1D

flow-cell-icon
Sequencing capability for anyone, in any lab, anywhere.
Data acquisition & computeExternal laptop / data unit required
OutputTypical output: up to 35 Gb
MinION compute

MinION compute

flow-cell-icon
Integrated and compatible compute for MinION devices
Data acquisition & computeOn-board data analysis
OutputTypical output: up to 35 Gb
GridION

GridION

flow-cell-iconx5
Compact benchtop device designed to run and analyse up to five MinION Flow Cells
Data acquisition & computeOn-board data analysis
OutputTypical output: up to 175 Gb

Your workflow, your way

Our growing range of end-to-end workflows is designed to take you quickly from sample to insight. You can also create your own workflows using our products across prepare, sequence, and analyse.

Find your workflow

Researcher pipetting sample into PromethION 24 device
Research
Techniques
Focus areas

Scientists are using Oxford Nanopore sequencing to explore biology, accelerate discovery, and drive advances in fields from human health and disease to the environment and conservation.

ML002f Mk1D attached to a laptop on a lab workbench - open, pipetting above - Option 3

Personalised training

Find training options to help you and your lab get the most from nanopore sequencing.

Grid_ION

Expert support

Keep your device performing at its best with our support plans and expert assistance.

Getting started

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