Olfactomics
Olfactomics is a deeptech company based in Tampere, Finland, specializing in advanced gas sensing solutions for medical and industrial applications. Their core technology is a proprietary differential mobility spectrometer capable of detecting compounds from the volatilome at PPB levels within milliseconds, supported by state-of-the-art data analytics. The company aims to innovate in fields such as surgical margin assessment, bioprocess monitoring, and industrial gas analysis.
Industries
Nr. of Employees
small (1-50)
Olfactomics
Korkeakoulunkatu 7, Kampusareena, FI-33720 Tampere, FINLAND
Patents
Arrangement and method for providing a waveform for driving an ion mobility device
US-12405245-B2
View Details
Arrangement and method for providing a waveform for driving an ion mobility device
US-12405245-B2
View DetailsProducts
Differential ion mobility spectrometer for VOC analysis
A high-sensitivity DMS instrument designed for rapid detection of volatile compounds from headspace, ambient air, and sampled aerosols with separate positive/negative ion spectra and integrated sample pumps.
Intraoperative tissue assessment system using surgical smoke sampling
A clinical instrument workflow combining surgical-smoke collection (diathermy/laser) with DMS analysis and classification models to assist intraoperative tissue-type and margin assessment.
Differential ion mobility spectrometer for VOC analysis
A high-sensitivity DMS instrument designed for rapid detection of volatile compounds from headspace, ambient air, and sampled aerosols with separate positive/negative ion spectra and integrated sample pumps.
Intraoperative tissue assessment system using surgical smoke sampling
A clinical instrument workflow combining surgical-smoke collection (diathermy/laser) with DMS analysis and classification models to assist intraoperative tissue-type and margin assessment.
Services
Design and execution of pilot measurements, headspace setup development, dilution and sampling strategy optimization, and transition from pilot to project for industrial and life-science applications.
Delivery and on-site evaluation of DMS sensors for customer testing, including setup support, calibration, and performance testing.
Design and execution of pilot measurements, headspace setup development, dilution and sampling strategy optimization, and transition from pilot to project for industrial and life-science applications.
Delivery and on-site evaluation of DMS sensors for customer testing, including setup support, calibration, and performance testing.
Expertise Areas
- Gas-phase VOC analysis
- Clinical intraoperative diagnostics and surgical margin assessment
- Machine learning for sensor data
- Bioprocess monitoring and fermentation analytics
Key Technologies
- Differential ion mobility spectrometry (DMS)
- Laser desorption / laser sampling
- Headspace sampling and permeation tubes
- Machine learning (CNN, LDA, sparse regression)
News & Updates
The IonVision DMS sensor was delivered to a customer for evaluation in industrial scale battery leak detection.
The IonVision DMS was used in performance testing and review at the University of Helsinki.
The CTO Osmo Anttalainen visited KOTRA in Stockholm, Sweden, focusing on battery technology advancements.
Coverage of lithium-ion battery recycling industry and safe handling of batteries.
Analysis of monofloral honeys from five botanical origins using IonVision with promising results.
Study on the detection threshold of cancer cells using DMS in tumor microenvironment mimicking matrix.
The IonVision DMS sensor was delivered to a customer for evaluation in industrial scale battery leak detection.
The IonVision DMS was used in performance testing and review at the University of Helsinki.
The CTO Osmo Anttalainen visited KOTRA in Stockholm, Sweden, focusing on battery technology advancements.
Coverage of lithium-ion battery recycling industry and safe handling of batteries.
Analysis of monofloral honeys from five botanical origins using IonVision with promising results.
Study on the detection threshold of cancer cells using DMS in tumor microenvironment mimicking matrix.