Company
Company Profile
Indicative Customers
Suzlon Energy
Vestas
GKN
Safran
Research Centres and Universities
German Aerospace Centre (DLR) Stade and Braunschweig (DE)
The National Composites Centre (NCC) (UK)
NLR- Netherlands Aerospace Centre
LIST
AIMEN (Centro de Aplicaciones Láser) (ES)
FHNW Fachhochschule Nordwestschweiz (CH)
AIMPLAS (Spain)
Funded R&D
SuCoHS
RECOTRANS
ECOMISE (Completed 8/2016)
Cure monitoring Technology
Online Tg at DSC accuracy
Advantages over other cure monitoring technologies
Myths about DC-based Dielectric cure monitoring
Challenges when using cure kinetic models online
News & Events
Downloads
Presentations at International Conferences
Relevant Publications
Brochures
Contact
PRODUCTS
OptiCure system
OPTIMOLD
OPTIFLOW
Sensors
Durable Sensors
Disposable sensors
Software
Turnkey Solutions
Other
SOLUTIONS
In-mould Tg prediction of EPIKOTE(TM) Resin RIM 035/RiMH037
Process monitoring
Resin's position
Resin Cure
Resin's Viscosity
Resin Mixing Ratio
Resin aging
Process modelling
Process Automation
Process Optimisation
Quality Control
Research
Consulting and Technical Support
APPLICATIONS
Vacuum Bagging
Vacuum Infusion
Resin Transfer Moulding (RTM)
Light RTM
Reactive Thermoplastic-based Composites
Wind Energy
SOLUTIONS
SOLUTIONS
Synthesites to participate in a new funded European R&D project
Dr Nikos Pantelelis to present at forthcoming at Wind Turbine Blade Virtual Summit
How to reduce cure time by 25%
The new OptiCure system for automating and Optimising Wind-Turbine Blade production
Stand-alone system for Optimisning curing time based on the Online Tg information
Composites World has devoted an extended article to Synthesites technology
New video for the visualisation of the advanced process monitoring and control systems
New Synthesites' video
OptiCure system
