Spectree, Inc.
Research and development company focused on aerosol and fluid-dynamics science. Develops portable and energy-efficient particle and aerosol collection devices, sensor-network integrations, and non-contact surface samplers for environmental monitoring, public safety, and analytical testing. Founded with links to university research and engaged in peer-reviewed validation.
Industries
Nr. of Employees
small (1-50)
Products
Micro-well Confirmatory Sampler
Compact aerosol sampler with micro-well collector, miniature pump, control electronics, and battery for rapid deployment. Designed for capture of bioaerosols and chemical aerosols (0.3–10 µm) and compatible with laboratory confirmatory workflows.
High-Flow Radial Aerosol Diffuser Inlet
High-performance aerosol inlet engineered to provide stable, uniform airflow and conditioned flow to central path for high-volume sampling with water-droplet rejection and corrosion-resistant construction for outdoor use.
Non-Contact Sampler (NCS)
Handheld, cordless non-contact sampler that uses opposing impinging air jets to dislodge particles from surfaces and capture them on filter media for analysis; designed for surface testing, cargo screening, and environmental sampling.
SpecTree NSC
A handheld, cordless particle collection device that samples particles from surfaces without direct physical contact, enabling sampling from uneven, rough, or textured surfaces.
Vapor Sampling Attachment
An attachment that uses the NCS's suction flow to collect detectable signals from vapors on filter media.
Container Sampling Attachment
An accessory designed to attach to shipping containers for cargo container trace sampling.
Micro-well Confirmatory Sampler
Compact aerosol sampler with micro-well collector, miniature pump, control electronics, and battery for rapid deployment. Designed for capture of bioaerosols and chemical aerosols (0.3–10 µm) and compatible with laboratory confirmatory workflows.
High-Flow Radial Aerosol Diffuser Inlet
High-performance aerosol inlet engineered to provide stable, uniform airflow and conditioned flow to central path for high-volume sampling with water-droplet rejection and corrosion-resistant construction for outdoor use.
Non-Contact Sampler (NCS)
Handheld, cordless non-contact sampler that uses opposing impinging air jets to dislodge particles from surfaces and capture them on filter media for analysis; designed for surface testing, cargo screening, and environmental sampling.
SpecTree NSC
A handheld, cordless particle collection device that samples particles from surfaces without direct physical contact, enabling sampling from uneven, rough, or textured surfaces.
Vapor Sampling Attachment
An attachment that uses the NCS's suction flow to collect detectable signals from vapors on filter media.
Container Sampling Attachment
An accessory designed to attach to shipping containers for cargo container trace sampling.
Expertise Areas
- Aerosol sampling and collection
- Bioaerosol and chemical aerosol analysis
- Air quality monitoring and sensor networks
- Portable and field-deployable sampling systems
Key Technologies
- Impinging air jet surface resuspension
- Aerodynamic particle focusing
- High-flow radial aerosol inlets
- Micro-well collectors
News & Updates
Collection of peer-reviewed publications that present scientific methods, experimental validation, and applications of the company's sampling technologies.
Publisher page for a peer-reviewed article describing aerosol persistence relevant to sampling methods.
Peer-reviewed article on aerosol measurement in operating rooms and clinical environments.
Study on networks of low-cost air quality sensors and their application to plume mapping.
Article on spectroscopy methods relevant to analytical workflows in aerosol characterization.
Sampling inlet design and related hardware reported as validated by both academic and DoD laboratories.
Collection of peer-reviewed publications that present scientific methods, experimental validation, and applications of the company's sampling technologies.
Publisher page for a peer-reviewed article describing aerosol persistence relevant to sampling methods.
Peer-reviewed article on aerosol measurement in operating rooms and clinical environments.
Study on networks of low-cost air quality sensors and their application to plume mapping.
Article on spectroscopy methods relevant to analytical workflows in aerosol characterization.
Sampling inlet design and related hardware reported as validated by both academic and DoD laboratories.