SciTransfer
Organization

SONAXIS

French SME manufacturing precision ultrasonic transducers for optoacoustic medical imaging, portable diagnostics, and environmental sensing systems.

Technology SMEdigitalFRSME
H2020 projects
5
As coordinator
0
Total EC funding
€1.9M
Unique partners
26
What they do

Their core work

SONAXIS is a French SME based in Besançon that specializes in ultrasonic transducer technology and acoustic components, supplying critical hardware for optoacoustic imaging and sensing systems. In H2020, they contribute precision transducer manufacturing expertise to medical imaging projects — from dermatology scanners to endoscopic probes and portable diagnostic devices. Their role is typically as the component supplier enabling other partners' imaging systems to detect signals from tissue, skin microvasculature, and esophageal structures.

Core expertise

What they specialise in

Optoacoustic imaging transducersprimary
4 projects

Core component supplier in INNODERM (dermatology), ESOTRAC (endoscopy), WINTHER (mesoscopy), and RSENSE (portable sensing)

Ultrasonic component manufacturingprimary
5 projects

All five projects rely on precision acoustic/ultrasonic components, consistent with Besançon's tradition as a precision manufacturing hub

Medical device miniaturizationsecondary
3 projects

ESOTRAC (endoscopic probe), WINTHER (handheld device), and RSENSE (portable sensor) all require miniaturized transducer designs

Nanocomposite materials processingsecondary
1 project

CO-PILOT focused on pilot-scale manufacturing of nanocomposites, suggesting materials expertise beyond pure acoustics

Evolution & trajectory

How they've shifted over time

Early focus
Nanocomposite pilot manufacturing
Recent focus
Portable optoacoustic medical devices

SONAXIS entered H2020 through a nanocomposite manufacturing project (CO-PILOT, 2015), then rapidly pivoted to optoacoustic medical imaging from 2016 onward. Their later projects show increasing specialization — moving from laboratory-scale spectral mesoscopy (INNODERM) toward handheld, portable, and cost-reduced devices (WINTHER, RSENSE, ESOTRAC). The trajectory is clear: from general precision manufacturing toward dedicated biomedical optoacoustic sensing hardware.

SONAXIS is moving toward miniaturized, handheld, and cost-effective optoacoustic transducers for point-of-care medical diagnostics and environmental monitoring — expect them to pursue clinical translation projects next.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

SONAXIS consistently joins as a specialist participant, never leading consortia — a pattern typical of component suppliers who bring essential hardware expertise but leave system integration and clinical validation to partners. With 26 unique partners across 10 countries over just 5 projects, they work in medium-to-large consortia and do not appear locked into a single network. This makes them an accessible and experienced partner for new consortia needing acoustic/transducer components.

SONAXIS has collaborated with 26 distinct partners across 10 European countries, suggesting broad reach within the optoacoustic and photonics research community. Their network spans both academic groups developing imaging methods and industrial partners working on device commercialization.

Why partner with them

What sets them apart

SONAXIS occupies a rare niche: a specialized SME that manufactures the precision ultrasonic transducers that optoacoustic imaging systems depend on. While many labs and companies develop the optical excitation and software sides, very few European SMEs can supply the custom acoustic detection hardware. For any consortium building an optoacoustic or photoacoustic device — whether for medical diagnostics, environmental sensing, or industrial inspection — SONAXIS brings the physical component expertise that turns a research concept into a working prototype.

Notable projects

Highlights from their portfolio

  • WINTHER
    Largest single grant (EUR 470,741) and focused on handheld optoacoustic mesoscopy for therapeutic monitoring — represents their most advanced device miniaturization work
  • ESOTRAC
    Endoscopic optoacoustic probe for esophageal cancer detection — demonstrates their ability to manufacture transducers at extremely small form factors for internal body imaging
  • RSENSE
    Extends their optoacoustic expertise beyond medical imaging into environmental detection, signaling diversification into new application domains
Cross-sector capabilities
Health and medical diagnosticsEnvironmental monitoring and sensingAdvanced manufacturing and nanocompositesPrecision instrumentation
Analysis note: Profile is built from 5 projects with limited keyword data in early projects. The optoacoustic specialization is clear from project titles and descriptions, but SONAXIS's exact component (transducers vs. other acoustic hardware) is inferred from their consistent role across optoacoustic projects and Besançon's precision manufacturing tradition. Website verification would strengthen the profile.