The lattice technology behind GL's body worn protection: engineered to absorb an impact and hold the energy, not hand it back.
GL Stasis absorbs and dissipates impact energy instead of passing it through. That means you can build protection that's firm where it needs to be, comfortable enough to wear for hours, and still doing its job after the hit.
GL Stasis absorbs impact energy instead of returning it. Reach for it when a part has to survive a hit and protect what sits behind it.
The layer that takes the hit, in helmets, armor, and hard shells.
Knee, elbow, and shin padding that takes a hit and keeps its shape.
Isolation that keeps vibration from reaching what sits on it.
Getting GL Stasis into your product is a guided process. We integrate the technology into your design, tune it to your requirements, prove it out, and take it to production: a clear path from concept to delivered parts.
We start by understanding your product, your performance targets, and the constraints you're working within, then identify which lattice technology fits.
Our engineers build a parametric model that embeds the technology into your product geometry, so we can explore configurations and tune performance in hours rather than months.
We build prototypes and test them against real performance data, validating both the design and manufacturing process before production.
Once validated, we deliver production-ready parts at production pricing, and scale with your volume.
We integrate GL Stasis into your design and tune it to your requirements, from concept to delivered parts.
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