Custom nanopore chips for your needs
Tunable
Stable
Cost-effective
Solid-state nanopores with precision, configurability and stability
Control membrane thickness and pore diameter
Pores in stable thin membranes with defined geometry
Exceptional electrical and mechanical stability in salt solutions
Flexible array configurations tailored to specific experimental requirements
Supporting versatile solid-state nanopore sensing technologies
Monitor ion flow through nanopores for single-molecule detection, and biomolecular characterization
Leverage quantum tunneling effects for ultra-high resolution molecular identification and electronic DNA sequencing
Combine nanopore sensing with optical detection for multimodal analysis and enhanced signal-to-noise ratio