2026 AWARD-WINNING 5D SPATIAL OPTICAL SYSTEM

Our Next-Generation Light Innovation Platform

We designed our system by integrating 5D spatial optical projection technology with controlled UV ambient protection, redefining how immersive light and environmental safety work together in one device.

Built by our team with optical engineering expertise and public health scientific advisors, our technology delivers a fully immersive visual experience while maintaining carefully engineered safety standards for everyday household use.

We are proud to be recognized with the 2026 Global Innovation Award for Advanced Light Systems, honoring our breakthrough in immersive projection and intelligent light control.

How It Creates a Fully Immersive 5D Experience

Unlike traditional projectors, our system doesn’t simply “play” visuals — it understands your space first. On initial setup, the built-in smart chip takes approximately 30 seconds to map your room layout, analyzing wall positions, depth, and surrounding structure to optimize projection behavior automatically.

Once calibrated, the system uses AI-driven spatial rendering to dynamically adapt galaxy, ocean, and nature scenes so they expand naturally across your environment — creating a true room-filling 5D immersive visual experience.

To switch immersive scenes, simply twist the head to the left, and the system will transition between different generative modes. To activate UV cleaning mode, twist the head to the right for a separate protection function.

Clinical-Grade UV Ambient Field Research Summary

The Topacme UV Ambient Protection System was developed through a collaborative framework involving optical engineering researchers and public health scientific advisors, focusing on controlled low-intensity light behavior in enclosed environments.

Experimental observations conducted under regulated laboratory conditions indicate that specific UV-spectrum ambient diffusion fields may reduce the activity and mobility of common household insects (including mosquitoes, flies, and cockroaches), as well as contribute to a lower microbial persistence rate on exposed surfaces within the tested range.

These effects are achieved through a non-invasive, low-energy photon dispersion model, designed to maintain environmental comfort while supporting improved spatial hygiene conditions.

Field Performance & User-Reported Data

Based on aggregated post-deployment feedback from 255,891+ residential users, statistical analysis shows:

• 92.5% reported a perceived reduction in indoor insect activity
• Significant improvement in nighttime environmental comfort scores
• Increased user satisfaction regarding cleanliness perception of living spaces

Operational Safety & Exposure Protocol

The system is engineered under a human-safety-first exposure framework, utilizing calibrated low-intensity UV ambient emission.

For optimal safety assurance, controlled use is recommended:

• When children are present, avoid direct eye exposure to the light source. Recommended for ambient mode use in non-play areas.
• Limited-duration cycles (e.g., 1–2 hours per session)
• Avoid direct visual exposure during active emission phase