Company
Company Profile
Indicative Customers
Vestas
Nordex Acciona (DE)
Safran
GKN
Spirit Aerosystems Belfast (UK)
Rafael (IL)
Naval Group (FR)
Research Centres and Universities
The National Composites Centre (NCC) (UK)
NLR- Netherlands Aerospace Centre
German Aerospace Centre (DLR) Stade and Braunschweig (DE)
AIMEN (Centro de Aplicaciones Láser) (ES)
FHNW Fachhochschule Nordwestschweiz (CH)
LIST
AIMPLAS (Spain)
Funded R&D
Morpho
SuCoHS
RECOTRANS (completed 9/2021)
ECOMISE (Completed 8/2016)
Cure monitoring Technology
Online Tg at DSC/DMA accuracy
Advantages over other process monitoring technologies
Myths about DC-based Dielectric cure monitoring
Challenges when using cure kinetic models online
News & Events
Downloads
Publications at Scientific Journals & Presentations at International Conferences
Other Relevant Publications
Brochures
Contact
PRODUCTS
OPTIMOLD
OPTIFLOW
Sensors
Durable Sensors
Disposable sensors
Software
Turnkey Solutions
Other
SOLUTIONS
Process monitoring
Resin's position
Resin's Viscosity
Resin Cure
Resin Mixing Ratio
Process modelling
Process Automation
Quality Control
Process Optimisation
Research
Consulting and Technical Support
APPLICATIONS
Online viscosity and Tg estimation for Compression HPRTM with snap curing resins
Resin Transfer Moulding (RTM)
Light RTM
SMC
Filament Winding
Reactive Thermoplastic-based Composites
UV curing
Mircowave Curing
Automotive
SOLUTIONS
SOLUTIONS
Visit us at JEC World in Paris, May, 3 to 5
Synthesites will be exhibiting at Hall 6/ A42
Synthesites and its technologies are mentioned in the largest Composites magazine
Composites World includes our technology in a special article for sensors in Composites
NLR, Synthesites work toward intelligent manufacturing for aerospace structures
NLR acquires fully operational intelligent resin monitoring system for noninvasive, real-time resin viscosity and glass transition temperature estimation.
New video for the visualisation of the advanced process monitoring and control systems
New Synthesites' video
Synthesites to participate in a new funded European R&D project
OPTIMOLD
