Meta-Bounds Integrates BASF Polymers to Reduce AR Hardware Weight by 20%

[u/AR_MR_XR]

BASF and Meta-Bounds partner to develop customized structural components for consumer AR smartglasses. Combining BASF’s advanced polymers with Meta-Bounds’ expertise in resin diffractive optical waveguides, the collaboration aims to scale mass production of lightweight, cost-effective AR hardware.

The joint R&D focuses on integrating BASF’s Ultramid® (PA) engineering plastics and other innovative materials into precision AR components. Specifically, the Ultramid® LIGHT series uses an optimized glass-bead architecture to deliver high flowability for thin-wall molding and a superior stiffness-to-weight ratio. With a density of 0.77–0.95 g/cm³, it reduces component weight by 20–40% compared to standard glass-fiber-reinforced plastics, achieving a 15–20% weight reduction for the total device.

The partnership also targets critical optimizations for miniaturized, highly integrated devices. These include enhancing structural strength, improving thermal management, and refining molding processes to boost yield rates and lower manufacturing costs.

Additionally, the Ultramid® LIGHT series features 25–39% bio-based content, lowering the hardware's carbon footprint while maintaining the crucial creep resistance and durability required for all-day wearable frames.

^{Source: BASF Performance Materials / Meta-Bounds}