Engineered Surfaces
Every viewing environment asks something different of the screen. Explore six precision-engineered surfaces created for faithful colour, controlled light and exceptional detail.
Next-generation composite embossing delivers ultra-fine 8K+ detail, vivid colour and an even 160-degree viewing field.
A black rear layer blocks light penetration, while the flexible polymer surface supports HDR10+, Dolby Vision and Rec. 2100. It is engineered to resist creasing, UV, moisture, dust, fire, discolouration and ageing.
A multi-layer nano-engineered surface produces deeper blacks and stronger perceived contrast while maintaining rich colour across a wide viewing angle.
The dark particle layer is rear-light resistant and supports HDR10+, Dolby Vision and Rec. 2100, with a stable finish designed for long-term performance.
Z-axis lattice coating resolves 8K+ detail while absorbing approximately 85% of off-axis ambient light, helping images retain colour with curtains open or lights on.
Its dark nano-particle construction, black backing and wide 160-degree viewing field make it a durable HDR-ready surface for bright rooms.
Optical nano-lenses redirect light from ultra-short-throw projectors toward the audience while miniature surface structures reject ambient light from above and the sides.
The result is high perceived contrast, strong brightness retention and 8K-ready detail with support for HDR10+, Dolby Vision and Rec. 2100.
A pure unity-gain surface designed for accurate, uniform projection with ultra-fine 8K+ resolving ability and consistent colour throughout the room.
Its flexible synthetic polymer construction uses a black bulk layer for rear-light control and is made to withstand creasing, UV, moisture, dust and ageing.
Interlocking micro-weaves preserve ultra-fine image detail while allowing a transparent audio response from speakers positioned behind the screen.
The elastic, HDR-ready fabric provides a wide viewing field and is treated to resist creasing, UV, moisture, dust, discolouration and ageing.
