Mikroprismen
The Mikroprismen – Convex Micro Hexagon series is engineered for compact luminaires requiring precise glare control and high optical efficiency. Featuring a micro-scale hexagonal prism geometry, this series achieves UGR<19 compliance while maintaining a visually smooth luminance appearance, even at short LED-to-optic distances.
The reduced prism pitch enables improved source blending, making Mikroprismen particularly suitable for low-profile office, architectural, and integrated LED systems where traditional prism optics may reveal LED imaging or facet sparkle.
Certifications
Products Comparison
| Product Code | Material | Light Transmission (%) | Fire Rating | Thickness Range (mm) mmin | Key Features | Applications |
|---|---|---|---|---|---|---|
| Plexi Mikroprismen | PMMA (Acrylic) | 94% | UL94 HB | 1.5 | UGR <19 glare control, high transmission, uniform luminance, UV-stable PMMA. | Offices, architectural panels, education, retail ceilings, commercial interiors. |
Photometric Data
Mikroprismen Geometry Benefits
The convex micro-hexagonal prism geometry combines angular glare suppression with isotropic luminance uniformity.
- Micro-scale hexagonal prisms reduce visible facet structure and LED pixelization
- Convex prism faces refract high-angle rays away from critical viewing zones (>65°)
- An isotropic hexagon layout provides uniform luminance from all azimuth directions
- Lower moiré risk compared to linear or coarse prismatic structures
- High active optical area, minimizing light loss versus diffusive solutions
- Stable mechanical geometry, suitable for thin optical sheets and large panels
Applications
Optical Behavior Explanation
The convex micro-hexagonal prism geometry combines angular glare suppression with isotropic luminance uniformity.
- Micro-scale hexagonal prisms reduce visible facet structure and LED pixelization
- Convex prism faces refract high-angle rays away from critical viewing zones (>65°)
- Isotropic hexagon layout provides uniform luminance from all azimuth directions
- Lower moiré risk compared to linear or coarse prismatic structures
- High active optical area, minimizing light loss versus diffusive solutions
- Stable mechanical geometry, suitable for thin optical sheets and large panels
This geometry balances glare control and visual smoothness, especially in shallow luminaires.