NanoMedical Systems, Inc.
NanoMedical Systems develops innovative drug-delivery devices based on its proprietary nStrada™ nanofluidics platform, aiming to provide sustained and controlled release of therapies through subcutaneous implants. Their mission is to improve drug delivery performance significantly over traditional polymer-based implants, utilizing advanced nanotechnology and scalable manufacturing processes.
Industries
Nr. of Employees
small (1-50)
NanoMedical Systems, Inc.
Products
Nanochannel-based subcutaneous implant platform
An implantable reservoir system that uses precision nanochannels to provide tunable, constant release of therapeutic agents (small molecules, peptides, proteins) over weeks to more than a year without power or moving parts.
Nanochannel-based subcutaneous implant platform
An implantable reservoir system that uses precision nanochannels to provide tunable, constant release of therapeutic agents (small molecules, peptides, proteins) over weeks to more than a year without power or moving parts.
Services
Prototype and volume fabrication of nanochannel chips
Production of nano-fluidic chips using semiconductor fabrication methods aimed at high yield and reproducibility for implantable drug-delivery devices.
Preclinical evaluation of implant delivery performance
In vitro and in vivo testing to demonstrate sustained-release performance and pharmacokinetics across multiple animal models.
Prototype and volume fabrication of nanochannel chips
Production of nano-fluidic chips using semiconductor fabrication methods aimed at high yield and reproducibility for implantable drug-delivery devices.
Preclinical evaluation of implant delivery performance
In vitro and in vivo testing to demonstrate sustained-release performance and pharmacokinetics across multiple animal models.
Expertise Areas
- Implantable sustained-release drug delivery
- Nanofluidics for controlled release
- Semiconductor-based medical device manufacturing
- Biocompatible materials and coating development
Key Technologies
- Nanochannel-based passive diffusion delivery
- Semiconductor micro/nanofabrication
- High-density nanochannel arrays
- Biocompatible coatings and nano-structures