In the era of 4K projection, resolution is highly dependent on the physical stability of the surface.

While no fabric-based system is entirely immune to gravity, even a few millimeters of deviation can cause pixel stretching. At Morelux, our goal is to Minimize Mechanical Deformation. The GS1075 is engineered to counter the "Gravity Sag" that plagues standard large-scale screens.

The Tension Challenge: Point-Load vs. Linear Distribution

Traditional impact screens rely on metal grommets, which concentrate tension into isolated points. This creates a "V-shape" stress pattern, leading to uneven surface valleys.

The Morelux Strategy is to redistribute these forces. By anchoring 32 nylon straps into a Full-Perimeter Industrial Webbing, we convert localized pull into a more uniform Linear Load. While physics dictates that some stress variance remains, this system mitigates surface rippling to a degree that standard grommets cannot achieve.

1. The Chassis: Multi-Point Tension Management

The GS1075 utilizes a reinforced webbing "Chassis" to manage the mechanical load across the fabric's edge.

• Edge Frame Reinforcement: A high-tensile webbing is stitched around the perimeter, acting as a buffer that absorbs and spreads the strap tension before it reaches the projection surface.
• Synchronized Loading: By using 32 adjustment points, the load is shared across a wider area. This significantly stabilizes the tension, reducing the "Scalloping Effect" by 420% compared to 8-point grommet setups.

2. Optimizing the 4K Focal Plane

By mitigating edge distortion, we maintain a more consistent focal plane for high-end projectors. The result is a Near-Flat Surface that preserves clarity in high-detail areas like greens and bunkers.

"Through linear force distribution, the GS1075 achieves a surface tolerance of ±1.2mm in controlled tests. This stability provides a superior foundation for 4K optics, reducing peripheral blur."

3. Comparative Performance: Structural Integrity

*Data reflects structural optimization compared to 8-point grommet systems under identical tension loads.

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