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Research institutes, universities and industrial teams across Europe, the US and Asia work with OTOM to understand and improve composite manufacturing, and more and more fluid and particle processes too.
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ambliFibre
Organisations we have collaborated with in research, development and application of OTOM.
Collaborations in practice
AFP funnel digital twin
A conical funnel simulated in AFP Web, from machine programme to optical analysis, and compared with the part made at IGCV. Read more
800+ tow flat panel
A ply of more than 800 tows generated in the AFP Web kinematic module, alongside the LAYWAY machine placing it. Read more
Bossed-plate AFP simulation
Real-world fibre placement on an embossed plate, simulated with OTOM AFP. Read more
Where OTOM began
OTOM was developed and validated as the adaptive, model-based control for laser-assisted tape winding of composite pipes and vessels. Read more
Greenhouse CFD digital twin
Side vents and doors simulated with OTOM CFD for better ventilation, less moisture and a higher yield. Read more
AI and GPU acceleration
A member of NVIDIA’s programme for AI start-ups, accelerating AI-driven composite and CFD innovation. Read more
Ways to partner with OTOM
Research collaboration
Joint research projects, validation campaigns, funding proposals (EU, NWO and others) and MSc or PhD topics around AFP, CFD and SPH.
Pilot and engineering projects
A pilot study on your part or process, then the software and engineering service to take it into production.
Technology partnership
For machine builders, material suppliers and camera or PLC vendors: integrate OTOM’s digital twin with your equipment or material data.
Become a partner
Whether you are a university, an institute or a manufacturer, let us explore what we can build together.