Exploring your innovative ideas requires novel tools and methods - Let us work with you to create custom solutions to bring them to life
Streamline your nanopore research with our
complete suite of nanopore tools
Fabricating Molecular Sensors
The Spark-E2 makes two pores in parallel, grows them to your target size, and makes sure the noise is suitable for your target application.
Nanopore Fabrication System
The Spark-E2 automatically makes up to two pores in parallel on separate chips, grows them to your target size with sub-nm precision, and automatically conditions the pore to reduce the noise for improved biosensing.
Everything you need to fabricate solid-state nanopores in a convenient and affordable package. The starter package includes:
Spark-E2 nanopore fabrication hardware
Flow cells for at least 20 experiments, including 20 sets of half-cells and gaskets and 10 sets of electrodes and anti-evaporation caps
Access to the NNi Nanopore Fabrication software
A Faraday cage and/or adapter to interface the NNi flow cells to your favorite current amplifier
A Piranha cleaning jig
2 hours of one-on-one support via Zoom
If you already have an amplifier for your nanopore sensing in-house, our Faraday cages will allow you to integrate our tools and flow cells seamlessly into your research, or we’ll make one that will. Don’t have an amplifier yet? No problem. We can set you up with one that’s optimized for your research plan.
Our time-saving millifluidic fluidic cells are disposable, boast 25 microliter internal volumes, and snap together without needing any external fasteners. They come with associated gaskets, caps and electrodes.
A nanopore can only be as good as the membrane that supports it. NNi sources high-quality membranes designed for nanopore fabrication by controlled breakdown and goes a step further by testing each new batch to make sure they will perform in your lab.
Microscopy-compatible Nanopore Tools
Visualize your nanopore experiments, integrate laser-enhanced nanopore fabrication, or study fluorescence and electrical signal channels simultaneously: our flow cells and faraday cages make this possible. Send us your microscope specs and we will assemble an easy-to-use, low-noise system for your visually-enhanced nanopore experiments.
Our tools completely automate the fabrication process, allowing you to make and quality control nanopores with the push of a button.
AFFORDABLE AND ACCESSIBLE
Our instruments deliver functional nanopores for a fraction of the cost and effort of other methods.
Our optimized protocols deliver nanopores with sizes in the 1-30 nm range automatically, with sub-nm precision.