Nanodevice provides end‑to‑end engineering of custom analyte sensors—including Bio‑FET, electrochemical, capacitance, impedance, and optical transducers—and integrates them into microfluidic cartridges. It also delivers rapid prototyping, handheld instrumentation, and scalable manufacturing with ISO‑compliant testing and API‑based data export for diagnostics, agritech, environmental and wearable applications.
Funding
Funding not disclosed
Founders
Product
Problem
Many companies developing diagnostic, agritech, environmental, and wearable solutions struggle to obtain high‑performance analyte sensors that are fully integrated with microfluidic platforms, leading to long development cycles, limited sensitivity, and costly scale‑up. Existing sensor kits are often bulky, require extensive assay validation, and lack a clear path from prototype to mass production.
Solution
Nanodevice delivers end‑to‑end engineering of advanced analyte sensors—including Bio‑FET, electrochemical, capacitance, impedance, and optical transducers—and embeds them into custom microfluidic cartridges. The firm validates assays against target performance specifications, optimizes workflow integration, and provides rapid prototyping of cartridge designs. It also engineers compact instrumentation such as handheld readers, low‑cost optical detectors, and multi‑wavelength fluorescence modules, ensuring reliable data capture and connectivity. For volume production, Nanodevice manages scale‑up manufacturing, end‑of‑line testing, and process improvement through a vetted partner network. All solutions are built on a modular architecture that supports easy redesign, regulatory compliance, and seamless data export to downstream analytics platforms.
Target Audience
Primary customers are OEMs and R&D teams in diagnostics, agritech, food safety, environmental monitoring, and wearable electronics that require custom sensor‑microfluidic solutions and turnkey manufacturing support.
Features
- Full‑stack Bio‑FET sensor design, integration, testing, and low‑volume manufacturing with built‑in gate‑bias control and on‑chip reference electrodes
- Comprehensive assay verification service covering analytical testing, characterization, workflow development, and microfluidic integration
- Rapid cartridge prototyping workflow: CAD‑driven microfluidic chip layout, nano‑micro encapsulation, multi‑material (glass, polymer, PCB) substrate bonding, and automated assembly jigs
- Instrument development kit featuring handheld readers, low‑cost CMOS optical detectors, integrated fluidic actuation, and multi‑wavelength fluorescence excitation/detection
- Scalable production pipeline with end‑of‑line evaluation, statistical process control, and ISO‑compliant quality management
- Support for diverse transduction modalities (electrochemical, capacitance, impedance, optical) within a unified data acquisition framework
- Modular firmware and API layer enabling FHIR‑compatible data export and cloud‑based analytics integration
- Thin‑film deposition and surface functionalization capabilities for customized biorecognition layers