Products

Three components that unlock designers’ freedom

Rimless eyewear components for AI, XR and AR, fabricating 3D curved concave microstructures that let optics disappear into an ordinary pair of glasses.

Request specifications How they are made

Module footprint: 2 × 2 × 4 mm; LBS module at the temple point
Scanning mirror: < 0.01 mm; Piezoelectric beam steering
Lens substrate: PMMA; Standard injection moulding
Frame style: Rimless; Prescription ready

The components

Everything a rimless AI display needs, and nothing it doesn’t

Each component is designed to be sourced independently or integrated as a set, so manufacturers can adopt at the pace their line allows.

Component 01

Front semi-finished lens mould

Our microfabrication platform is the backbone of mass-manufacturing know-how, opening the door to ordinary eyewear frames and lenses with a wide field of view, produced at very low cost in large quantities through injection moulding of PMMA lenses. It allows prisms at angles that bend light in ways that seem impossible in nature.

Component 02

LBS projector and sensor module

An ultra-low-power piezoelectric laser beam-scanning module with a sub-0.01 mm mirror and a front lightguide embedded at the semi-finished stage, bridging the computing world and the lens world inside a 2 × 2 × 4 mm module at the temple point.

Component 03

SoC computing and communication module

The compute and connectivity layer that turns an optical assembly into a wearable computer, sized and powered for all-day rimless eyewear.

Designers' freedom

The optics stop dictating the frame

Once the display function lives inside a semi-finished lens, the industrial designer is free again: rimless, lightweight, prescription-ready, and recognisably a pair of glasses rather than a headset.

Wide field of view from injection-moulded PMMA lenses
Prisms at angles that bend light in ways that seem impossible in nature
Very low unit cost at large quantities
Compatible with existing lens-laboratory workflows

Watch

The components in motion

Design freedom, the image source, the scanning module and the platform behind them.

Giving designers complete freedom
What becomes possible for eyewear design once the display function lives inside an ordinary semi-finished lens.
Image source explained
A walk through the image source at the heart of the projector and sensor module.
LBS ultra-low-power piezoelectric laser beam scanning module
A sub-0.01 mm mirror and a front lightguide embedded at the semi-finished stage, bridging the computing world and the lens world inside a 2 × 2 × 4 mm module at the temple point.
BenarioXR: opening explanation
Why the future of AI, AR and XR eyewear depends on solving the manufacturing challenge: lithography on curved surfaces, precision master moulds, and Europe's manufacturing ecosystem for spatial AI.