Amadema - Advanced Materials Design & Manufacturing Ltd
- Amadema - Advanced Materials Design & Manufacturing Ltd
Key information
- Category : Small and Medium Enterprise (SME)
- Adress : Ayiou Demetriou 92, 1027 Kaimakli, Lefkosia (cy)
- Zip Code : 1027
- City : Nicosia
- Country : CYPRUS
- Website: https://amdmcomposites.com/
Participant
Savvas ASSIOTIS
Engineering Development Manager
Field of expertise
Description of your activity
Advanced Materials Design & Manufacturing Ltd (AmaDema) is a Cyprus-based advanced materials technology company specializing in the development and manufacturing of high-performance nanomaterial-enhanced textiles, prepregs, and lightweight composite structures for demanding applications in defense, aerospace, transportation, and other high-tech industries. Leveraging its patented NanoWeld® technology, protected through international patent families, AmaDema develops innovative composite solutions that significantly improve mechanical performance, impact resistance, durability, and multifunctionality while reducing weight and energy consumption. The company offers a complete range of services, from advanced material development and engineering design to prototyping and full-scale composite manufacturing using state-of-the-art composite processing technologies. Its portfolio includes enhanced technical fabrics and prepregs, drone structures, lightweight armoring solutions, and multifunctional protection systems incorporating thermal camouflage and reduced radar cross-section (RCS). Driven by a multidisciplinary team of scientists and engineers, AmaDema is committed to delivering innovative, sustainable, and high-performance composite solutions that meet the evolving needs of global markets.
Technical domains and services
Activity domains
- Generic Technology and Techniques
- Other
Applications
- Applications
- Aviation
- Energy
- Other
Your innovative projects
Our core technology, NanoWeld® (patent WO2018099910A1), enhances technical fabrics by integrating an electrospun nanofibre–nanoparticle network into the interlayer of fibre-reinforced composites through a continuous, industrially scalable welding process. The result is a bio-inspired fractal reinforcement that creates additional load-transfer mechanisms through the thickness of the laminate, delivering up to 70% higher Mode II, up to 50% higher tensile strength and up to 80% better compression after impact compared with conventional CFRP. Because the output remains a dry fabric or prepreg, customers integrate it directly into their existing processing routes.
Relevant Projects:
1. Space-grade formulation of NanoWeld®, developed as both dry fabric and prepreg and. Established the SapceNanoWeld baseline.
2. Replaced the aluminium solar-panel supporting frames of a microsatellite with SpaceNanoWeld CFRP. Sub-400 g frames, >100 Hz stiffness in all axes, capable of surviving extreme temperature bands and launch vibration.
3. A payload interface plate for an Earth-observation microsatellite, comprised of CFRP facesheets on aluminium honeycomb, under 2 kg while carrying a 2.5 kg optical payload, >150 Hz stiffness, ≥2000 N insert pull-out, and space-qualified outgassing.
4. CFRP struts for launcher structures. Targeting ≥10% higher compressive performance at ≥5% lower mass, and flat panels targeting 20% better helium permeability resistance.
I AM SEEKING FOR
Technical domains and services
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