Home/Designs/RC_2000

RC_2000 is a public honeycomb pattern variation with 4 customized values saved for quick export and remixing.

Saved Design

RC_2000

Honeycomb Pattern saved on July 2, 2026.

Honeycomb PatternLatticePublic DesignState ID TuzdpG

Edit DesignComments0 Download SVG Download DXF Download PNG Download PDF

Design Summary

4 custom values

Compared with the default Honeycomb Pattern generator settings.

Created

Jul 2, 2026

Publicly shareable saved variation page.

Design Snapshot

Main values in plain language

Honeycomb Pattern configured with width 190.5 mm, height 330.2 mm, plus additional tuned values.

Honeycomb PatternLatticeLaser CutSVGDXFPublic DesignCustom ValuesCell RFrame Corner RHeightWidth

Measurement Summary

Width

190.5 mm

Height

330.2 mm

Custom Values

Parameters changed from the generator defaults

These are the saved values that make this design different from the default Honeycomb Pattern setup.

Cell R

Frame Corner R

Height

330.2

Width

190.5

Recommended Uses

Projects this design suits well

These suggestions come from the base generator category and are useful starting points when deciding where to apply this saved variation.

Laser cut wall panels

Speaker grills and ventilation panels

Decorative acrylic inserts

Furniture panels and cabinet details

Export Guidance

When to use SVG vs DXF

Both exports are generated from the same saved values, so the best choice depends on what tool you plan to use next.

SVG

Best for vector editing and quick laser workflows

Choose SVG when you want to inspect or tweak the artwork in browser-friendly or vector design tools before cutting.

DXF

Best for CAD-oriented fabrication pipelines

Choose DXF when your CAM, CAD, or CNC workflow expects a drafting-style exchange format and you want smoother downstream import.

PNG / PDF

Best for review, sharing, and client approval

Use PNG or PDF when you need a simple presentation asset, a printable proof, or a quick way to share the design visually.

Related Generators

Related Designs

black and white isometric cube grid, hexagonal pattern, identical layout to reference image, dense cubes at the top grad