Better materials,

Accelerating materials engineering through our AI-powered Rapid Alloy Design (RAD)™ platform.

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Specialists

Purpose-built materials for superior engineering

We design advanced engineering materials that enhance performance, improve efficiency, and reduce costs.

Traditional materials engineering is expensive, time-consuming and a risky investment. Our Rapid Alloy Design (RAD)™ platform transforms this process by making it faster, more affordable, and more effective.

By leveraging AI and Multi-Scale Simulations, RAD™ quickly designs, optimizes, and evaluates new alloys. This enables the industry to move beyond conventional approaches and explore new possibilities.

Technology

Rapid Alloy Design (RAD)™

Our Rapid Alloy Design (RAD) platform uses A.I. and Multi-Scale Simulations to discover, optimize, and evaluate new material chemistries 100× faster than traditional methods. Powered by MaterMind™, Cascade™ Simulations, and Proprietary Data.

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MatterMind™

MatterMind™, our advanced physics-based machine learning algorithms discover complex and unobvious relationships between materials, processes, structures, and properties, allowing us to create new and innovative material formulations.

Cascade™ Simulations

Cascade™, our Multi-Scale Simulations platform, enables us to link nano- and micro-scale behaviors to real-world material performance through integrated simulations at various scales.

Proprietary Data

In an industry with limited quality data available, we leverage Cascade™ simulations to create large, accurate datasets that mirror real-world material behaviours, enhancing our AI models with a broader and more reliable learning foundation.

Bespoke Solutions

Through inverse design, our alloys are tailored to align perfectly with your needs and provide the outcomes you seek.

Our Rapid Alloy Design (RAD)™ platform enables us to develop materials with precise properties—whether it’s enhanced strength for aerospace components, improved thermal conductivity for automotive systems, corrosion resistance for energy infrastructure, or biocompatibility for medical devices. By focusing on your specific requirements, we deliver bespoke alloys that enable a more sustainable solution.

We begin by consulting closely with you to fully understand your specific needs and challenges. Our team then develops and thoroughly tests the materials according to relevant industry standards, ensuring they meet or exceed all performance criteria. The result is a custom alloy that is as reliable and effective as any off-the-shelf material, but precisely engineered for your unique applications.

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We design new materials so you can deliver better engineering outcomes.

Get in touch with us to discuss your needs and learn more about our Rapid Alloy Design (RAD)™ platform.