transfer, and other physical properties. Our novel Meta-Materials are dynamically adjusted to the environment and can adapt to external conditions.

FVMat has introduced a novel concept of materials with unique and extraordinary properties, unattainable in nature. These Meta-Materials are multi-functional and dynamically controllable. They are fabricated by combining 3D printing and proprietary additive techniques.

Our technology enables the production of lightweight, intelligent parts with superior performance characteristics. FVMat provides a comprehensive material design process validated by multi-physics simulation and optimization.

Value Proposition – System Simplification: 1. Integration of multiple components into one; 2. Weight reduction through efficient material usage; 3. Optimized performance for increased efficiency; 4. Reduced maintenance requirements; 5. Enhanced system reliability.

We achieve these benefits by revolutionizing Meta-Materials to become dynamic, multi-functional, and adaptive.

Achievements: 1. TRL 5 & 6; 2. Initial Paying Customers; 3. Collaboration with UC Berkeley; 4. Starburst startup accelerator; 5. JEC Startup Booster 2022 top 20 finalists out of 1800+ (2022); 5. X-PITCH competition top, 150 out of 4000+ companies from 51 countries (2022); 6. XTC Global Finalists (2022); 7. POC in 3D Multi-Phase Printing – custom 3D Printing Head (2022); 8. PCT & Patents: USA, Europe, China & Israel (2018-2022); Plug and Play Japan New Materials Program (2022) MAAGAD - Meta-Materials Israeli Consortium (2022) i4Valley Funding (2022) IN-VENTech acceleration program (2023) ANSYS Startup Program (2023) Collaboration with UC Berkeley in Capstone project (2023)