Research International
Provider of CBRNe-focused R&D, prototyping, manufacturing and integrated monitoring systems. Capabilities include high-volume wet and dry air sampling and concentrators, automated event-triggered biodetection with on-board immunoassays and machine-vision assay reading, chemical gas/vapor detection including open-path spectroscopy, infrastructure-scale multi-sensor node integration, mobile sensor platform integration (UAV/vehicle/robot), and rapid hardware development supported by on-site machine shop and laboratories.
Industries
N/A
Nr. of Employees
small (1-50)
Research International
17161 Beaton Road SE, Monroe, WA 98272-1034, USA
Patents
Products
Portable high-efficiency dry filter air sampler
Field-capable high-efficiency dry filter sampler for collection of pathogenic bacteria, spores and radioactive particles, designed for extreme conditions and portable use.
Wetted-wall air sampler and concentrator systems
Wetted-wall aerosol collectors and high-volume concentrators for continuous transfer of particulates into small fluid volumes for downstream assays and molecular analysis.
Automated integrated biodetector / sampler / identifier
All-in-one instrument that continuously monitors air, collects particulates and runs multi-analyte immunoassays with machine-vision readout to provide identification within tens of minutes after detection.
Machine-vision multi-analyte lateral flow reader
Portable touch-screen instrument for machine-vision reading of lateral flow assays with data archiving and remote transmission.
Downdraft inspection table with multi-stage filtration
Inspection workstation creating downward airflow to capture particulates and vapors into a three-stage filtration system (pre-filter, HEPA, VOC) designed to protect personnel and sample downstream detectors.
Mobile and remote monitoring platforms (robot, vehicle, UAV, sensor nodes)
Integrated sensor suites installed on wheeled robotic platforms, vehicles, UAVs and portable remote nodes for mobile CBRN monitoring including gas, radiological and bioaerosol sensors.
Portable high-efficiency dry filter air sampler
Field-capable high-efficiency dry filter sampler for collection of pathogenic bacteria, spores and radioactive particles, designed for extreme conditions and portable use.
Wetted-wall air sampler and concentrator systems
Wetted-wall aerosol collectors and high-volume concentrators for continuous transfer of particulates into small fluid volumes for downstream assays and molecular analysis.
Automated integrated biodetector / sampler / identifier
All-in-one instrument that continuously monitors air, collects particulates and runs multi-analyte immunoassays with machine-vision readout to provide identification within tens of minutes after detection.
Machine-vision multi-analyte lateral flow reader
Portable touch-screen instrument for machine-vision reading of lateral flow assays with data archiving and remote transmission.
Downdraft inspection table with multi-stage filtration
Inspection workstation creating downward airflow to capture particulates and vapors into a three-stage filtration system (pre-filter, HEPA, VOC) designed to protect personnel and sample downstream detectors.
Mobile and remote monitoring platforms (robot, vehicle, UAV, sensor nodes)
Integrated sensor suites installed on wheeled robotic platforms, vehicles, UAVs and portable remote nodes for mobile CBRN monitoring including gas, radiological and bioaerosol sensors.
Services
End-to-end hardware R&D from concept to brass board prototypes and pre-production instruments, across optics, electronics, chemistry and fluidics.
Partnerships with universities, government labs and industry for joint R&D, licensing of patented technologies and transition to commercial applications.
Consulting, design and installation services for mailroom screening suites, negative-pressure rooms and integrated mail-processing detection systems.
End-to-end hardware R&D from concept to brass board prototypes and pre-production instruments, across optics, electronics, chemistry and fluidics.
Partnerships with universities, government labs and industry for joint R&D, licensing of patented technologies and transition to commercial applications.
Consulting, design and installation services for mailroom screening suites, negative-pressure rooms and integrated mail-processing detection systems.
Expertise Areas
- CBRN/CBRNe system design and integration
- Airborne bioaerosol sampling and monitoring
- Automated biodetection and immunoassay integration
- Chemical gas and vapor detection (point and wide-area)
Key Technologies
- High-volume wet and dry air sampling
- Electret filter sampling and elution
- Cyclonic and concentrator sample collection
- UV-induced particle fluorescence and optical particle analysis
News & Updates
Dry high-efficiency air samplers were deployed at the Louvre during the Paris Olympic Games opening ceremonies to support security monitoring.
Company CEO discussed techniques for high-speed fentanyl and biothreat detection and spoke at MailCom 2023; featured in a trade publication interview.
States a portfolio of over 50 patents and worldwide exclusive licenses protecting strategic activities; specific product patents are listed on the company's patent information page.
Open-path chemical detection technology received industry awards including a Prism Award for Environmental Monitoring (2018) and a Milipol Innovation Award for Crisis Management (2019).
Dry high-efficiency air samplers were deployed at the Louvre during the Paris Olympic Games opening ceremonies to support security monitoring.
Company CEO discussed techniques for high-speed fentanyl and biothreat detection and spoke at MailCom 2023; featured in a trade publication interview.
States a portfolio of over 50 patents and worldwide exclusive licenses protecting strategic activities; specific product patents are listed on the company's patent information page.
Open-path chemical detection technology received industry awards including a Prism Award for Environmental Monitoring (2018) and a Milipol Innovation Award for Crisis Management (2019).