Guardion, Inc.
Develops nanomaterial-based ion detectors and charge sensors to enable ambient‑pressure, low‑voltage ion detection for analytical instruments. Focus areas include wafer‑scale detector fabrication, retrofit integration with existing instruments, and development of portable, low‑size/weight/power analytical devices for applications in manufacturing monitoring, environmental sensing, diagnostics, and threat detection.
Industries
N/A
Nr. of Employees
small (1-50)
Guardion, Inc.
Patents
Apparatus for use in the measurement of macular pigment optical density and/or lens optical density of an eye
US-10456028-B2
View Details
Apparatus for use in the measurement of macular pigment optical density and/or lens optical density of an eye
US-10456028-B2
View DetailsProducts
Wafer‑scale ion detectors
Nanomaterial‑based ion detectors produced at wafer scale, designed for ambient‑pressure operation and low‑voltage charge amplification.
Prototype portable analytical instruments (planned)
Early‑stage portable instruments leveraging ambient‑pressure detectors to reduce size, weight, and power compared with conventional lab instruments.
Wafer‑scale ion detectors
Nanomaterial‑based ion detectors produced at wafer scale, designed for ambient‑pressure operation and low‑voltage charge amplification.
Prototype portable analytical instruments (planned)
Early‑stage portable instruments leveraging ambient‑pressure detectors to reduce size, weight, and power compared with conventional lab instruments.
Services
Supply of wafer‑scale ion detectors for integration as upgrades into existing analytical instruments through partnerships with instrument manufacturers.
Supply of wafer‑scale ion detectors for integration as upgrades into existing analytical instruments through partnerships with instrument manufacturers.
Expertise Areas
- Mass spectrometry detector development
- 2D materials research
- Wafer‑scale sensor manufacturing
- Portable analytical instrument development
Key Technologies
- 2D nanomaterials
- Charge‑amplifying sensors
- Ambient‑pressure ion detection
- Low‑voltage ion amplification
News & Updates
Awarded SBIR funding to develop a low‑voltage, low‑power ion detector for ambient‑pressure mass spectrometry to reduce size, weight, and power and improve durability.
Winner of an entrepreneurs challenge for advanced low‑power, low‑mass mass spectrometry technologies for science applications.
Recipient of an Air Force SBIR award for enhanced chemical detection applicable to CBRN, environmental monitoring, and manufacturing.
Selected as a Stage 1 winner of the MassVentures START grant program.
Recognized in the MRS iMatSci Innovations Showcase for materials‑based technology.
Participant in an Air Force‑sponsored accelerator program focused on autonomous technologies.
Awarded SBIR funding to develop a low‑voltage, low‑power ion detector for ambient‑pressure mass spectrometry to reduce size, weight, and power and improve durability.
Winner of an entrepreneurs challenge for advanced low‑power, low‑mass mass spectrometry technologies for science applications.
Recipient of an Air Force SBIR award for enhanced chemical detection applicable to CBRN, environmental monitoring, and manufacturing.
Selected as a Stage 1 winner of the MassVentures START grant program.
Recognized in the MRS iMatSci Innovations Showcase for materials‑based technology.
Participant in an Air Force‑sponsored accelerator program focused on autonomous technologies.