Combining the latest developments in materials science and advanced manufacturing techniques to bring your project into the 21st century
Eliminating Limitations
Advances in materials science have unlocked properties that allow us to push the limits of engineering far beyond the capabilities of traditional manufacturing methods. However, despite the highly desirable properties of materials like carbon fiber, critical weaknesses have created a barrier to adoption for their use as structural components in high heat and high wear environments.
By leveraging the unique strengths of materials such as carbon fiber, ceramics, and graphene, we’re able to eliminate these critical limitations and create structural composites that not only survive high heat and high wear environments, but provide superior performance in every measurable metric.
No more compromising for legacy standards.
Unparalleled Advantage
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Lighter
Our advanced composites not only match the strength of steel, but do so at almost have the weight of aluminum. This leads to less power loss as the total weight and rotational mass are greatly reduced.
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More Efficient
Using low friction finishes on our composites waste less energy as heat, allowing your project to run cooler, reduce dependency on lubrication, and put power where it belongs.
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Tighter Tolerances
Due to the low Coefficient of Thermal Expansion (CTE) of carbon fiber and the use of thermal insulating ceramics, the dimensions of our composites distort nearly 10X less than steel equivalents when exposed to heat.