What is ThermalGlass?

ThermalGlass is a family of hands-free, see-through thermal imaging wearables from Holoindustry. Each device overlays real-time thermal data onto your natural field of view using Fused Vision™ technology, so you read heat without looking away from the task. The family has three products: Explorer, Mask, and Hardhat.

How is Fused Vision™ different from a normal thermal camera?

A conventional thermal camera replaces what you see with a thermal image. Fused Vision™ adds the thermal layer to the real-world view instead, keeping natural depth perception and spatial context. It also applies edge detection to sharpen object outlines and pinpoint the heat source.

Which ThermalGlass product is right for me?

Choose Explorer for industrial field work and inspection on XR smart glasses. Choose Mask for firefighting and emergency response in smoke and zero visibility. Choose Hardhat when crews already wear a safety helmet and need thermal vision mounted to it.

Do I have to replace my existing safety equipment?

No. ThermalGlass fits into the equipment your team already uses rather than replacing it. The Hardhat mounts onto standard industrial safety helmets, and the Mask is an insert that integrates into masks from different manufacturers.

Is it really hands-free?

Yes. The thermal data sits in a see-through display in your field of view, so both hands stay on the task. There is no handheld device to pick up and no screen to look down at.

Can it see through smoke and in zero visibility?

ThermalGlass Mask is built for exactly these conditions. The thermal overlay reveals heat sources and people in dense smoke while the binocular display preserves spatial orientation. [https://holoindustry.tech/news/holoindustry-at-interschutz-2026-thermalglass-mask]

What can it detect, and in what temperature range?

The devices detect thermal anomalies, hot spots, and heat distribution in real time. Temperature ranges and sensor specifications differ by product and are listed in full on each product page under Technical Parameters.