FVMat

Company profile

FVMat company profile

FVMat is a deep-tech startup, developing dynamic and multi-functional Meta-Materials by combining machine learning and advanced multi-physics simulation technology. We target the aerospace industry and generate revenue through software licensing and consulting services. We design and manufacture materials with controllable density, stiffness, heat 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)