DIGITAL-MATERIAL-DEVELOPMENT
MetaXLab
Enable AI-driven, autonomous material development, characterization, and production, delivering tailored solutions for mission-critical applications and next-generation manufacturing.
An Intelligent Platform for Accelerating Material Development
Tailoring materials to specific properties requires moving beyond conventional constraints and addressing the inefficiencies of traditional development. Historically, material innovation has been slow, costly, and resource-intensive—taking decades to transition from concept to production.
MetaXLab is changing the game.
Our AI-powered, modular framework revolutionizes material development by integrating cutting-edge computational tools and digital twin technology. This approach enhances precision, accelerates production, and optimizes material performance, allowing industries to push the boundaries of innovation.
How MetaXLab Works
MetaXLab is a multi-station, modular AI driven platform designed to streamline digital material development.
Platform multi-station modular framework enables autonomous material development and characterization. Each labeled station consists of specialized, independent yet interconnected modules, offering a scalable and flexible approach to material innovation. Stations can operate independently or in synergy, allowing users to engage with specific capabilities, such as material characterization, validation, or performance prediction—based on their unique needs.
By leveraging digital twins of the material genome, MetaXLab predicts material behavior, refines properties, and optimizes formulations to meet application-specific performance requirements.
Digital Twin of the Material Genome
At the heart of MetaXLab is its ability to create digital twins of materials, representing their microstructure, mechanical properties, thermal behavior, and chemical characteristics.
- Material Behavior Prediction: Accurately determine how materials perform under various conditions.
- Material Property Prediction: Tailor material formulations with precision to meet specific application requirements.
As part of our development strategy, we are partnering with material development entities to refine and expand our platform.
Material Characterization
MetaXLab‘s advanced testing station integrates a suite of high-precision testing modules, fully compliant with ASTM and ISO standards and optimized for the digital environment. These modules enable rapid, accurate digital material characterization, accelerating innovation and performance optimization.
Mechanical Property Characterization
Assess material strength, elasticity, and performance under various testing conditions with precision testing.
Thermal & Fluid Properties Characterization
Evaluate thermal capacity, conductivity, rheology, and durability across diverse environmental conditions.
Customizable Testing Modules
Adapt and tailor bespoke testing solutions for specialized applications, ensuring flexibility and precision for unique industry needs.