Innovations to acquire
Are you an industrialist open to open innovation?
Are you looking for a new product with high added value?
Discover our technologies, developed by SATT Paris-Saclay and resulting from public research, ready to be deployed in French companies (micro-businesses, SMEs, mid-cap companies, large groups) to increase their competitiveness.

Automatic real-time optimisation of the cycling parameter of a ventilator in VSAI mode to limit patient-ventilator asynchrony.
20 M
patients per year worldwide receive invasive mechanical ventilation

Ensuring correct anatomical configuration is essential to meet the needs of the 5 to 10% of patients who experience complications.
21 to 43
M d’€
market for custom-made tracheostomy tubes by 2030

€11/g
cost of producing silver nanoparticles on a pilot scale

Co-fibre textile collector for recovering fresh water from environmental or industrial mists.
20%
increase in global water demand by 2040

€5.3 billion
market in 2023

Biocontrol solution for the preventive and curative control of downy mildew in vines, suitable for use in organic farming.
16
trial campaigns conducted in the laboratory, in greenhouses and in the field

More accurate and accessible regional seismic risk assessment for specific sites for insurers.
$2.5 billion
catastrophe insurance market in 2022

50 to 300%
production of antibodies

<10 ppb
LOD – NO detection in ambient air

2
indications for eye diseases targeted initially

+50%
dogs over 10 years old develop cancer

40 000
kidney transplants in Europe

Accelerate contamination-free analyses in multiple fields (biotechnology, agri-food, cosmetics, etc.).
$2.5 billion
global market for microfluidic components in 2017

New therapeutic approach based on microRNA for the treatment of intestinal inflammation associated with IBD and other forms of severe intestinal inflammation.
200 000
people affected by IBD, including 10% children

Eco-friendly process for cleaning up industrial effluents containing PFAS and other pollutants.
50%
PFAS reduction rate in 24 hours in the laboratory

3
commensal bacterial strains with complementary effects

250 kWh/T
thermal capacity of the material
