Technologies Overview

Technologies &Products

Redefining Dynamic Performance Through Geometry

At MetaDyna, we are fundamentally reshaping the paradigms of acoustic, vibration/shock engineering and energy harvesting based on proprietary metamaterial technology. Our core innovation stems from a profound shift: we engineer dynamic behavior by leveraging geometry as the primary design variable, rather than being confined by the inherent properties of materials.

This philosophy is the bedrock of our metamaterial technology, where the form of a structure matters more than its substance. This allows us to sculpt responses with unprecedented precision, far surpassing the limitations of traditional material-driven methods.

This geometric mastery enables us to create highly tailored meta-structures designed to achieve very specific acoustic, vibration or shock characteristics. Our solutions are crafted at a micro-architectural level, making performance independent of the base material.

Our Proprietary Computational Design Platform:

The power behind our designs is MetaDyna’s advanced, proprietary computational design software. This platform isn’t just a tool; it’s a comprehensive ecosystem specifically developed for application-specific meta-architecture generation. It seamlessly integrates:

Advanced Simulation: Accurately predicting complex wave phenomena.

Rigorous Verification Logic: Ensuring performance, practicality, and fabricability from concept to production.

Multi-objective Optimization: Tuning structures across vast design spaces that conventional modelling cannot access.

This robust system empowers our engineers to precisely tune structures across diverse frequency ranges, boundary conditions, and manufacturing constraints, guaranteeing that every meta-solution is not only revolutionary but also ready for industrial application.

Our Structured Engineering Methodology:

Performance-Driven Meta-Geometry Design: Utilizing custom algorithms to create optimal structural forms.

Rapid Evaluation & Optimization: Iteratively refining designs across all relevant frequency domains.

Scalable Parametrization: Ensuring designs can effortlessly transition from prototype to high-volume series production.

Integration Readiness: Guaranteeing compatibility with diverse industrial workflows and material suppliers, minimizing disruption.

By fundamentally redefining how acoustic and vibrational performance is created, MetaDyna provides a flexible, high-fidelity engineering framework. This empowers our partners to achieve outcomes previously considered unattainable with conventional materials, opening new frontiers in product design and functionality.