Key brick paver Lattice Panel
A flat screen panel cut with a repeating pattern of openings, laid on the face you give it. The face the pattern fills, Cells cut at the edge, whole inside, or overlapping, Pattern rotation and offset from the face center, Pattern size, rib width and thickness
Details
Category: Laser Partitions › Hexagon
By Huu Khanh Nguyen · Updated November 8, 2026
Parameters
| Name | Default | Unit |
|---|---|---|
| Object On Boundaries | trim | |
| Pattern rotation | 0 | ° |
| Pattern offset X | 0 | mm |
| Pattern offset Y | 0 | mm |
| Length | 227 | mm |
| Rib width | 12 | mm |
| Thickness | 10 | mm |
| width | 3 * length / 5 | |
| chamfer | length / 5 | |
| patternX | (rings[0].map((p) => p[0]).reduce((m, x) => Math.min(m, x)) + rings[0].map((p) => p[0]).reduce((m, x) => Math.max(m, x))) / 2 + offsetX | mm |
| patternY | (rings[0].map((p) => p[1]).reduce((m, x) => Math.min(m, x)) + rings[0].map((p) => p[1]).reduce((m, x) => Math.max(m, x))) / 2 + offsetY | mm |
| tileWidth | ((P) => ((m) => 2 * P.slice(1).map((q, i) => Math.abs((q[0] - P[i][0]) * (m[1] - P[i][1]) - (q[1] - P[i][1]) * (m[0] - P[i][0])) / Math.sqrt((q[0] - P[i][0]) ** 2 + (q[1] - P[i][1]) ** 2)).reduce((a, x) => Math.min(a, x)))([P.slice(1).reduce((s, p) => s + p[0], 0) / (P.length - 1), P.slice(1).reduce((s, p) => s + p[1], 0) / (P.length - 1)]))(tile[0]) | mm |