Glass Float 3D

Turn one subject into a calibrated dot-lens micrographic proof for PP spherical / fly-eye sheets. This is a 2D microlens workflow, not a 1D lenticular flip tool.

⚑Production guard: 53 LPI is provisional. Confirm X/Y pitch, packing and phase with a physical pitch test before final print.

Lens family

PP dot lens · 53 LPI provisional

2D spherical micro-lens array

Micro-lens budget

40,796 lens cells

22.6 × 19.6 px per cell

Material state

Proof only — not calibrated

Download a 2D pitch test before production.

3 · Floating depth explorer

Move the viewpoint to reveal the simulated foreground/background separation.

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Start with a cutout or layered image

Transparent PNG is best: the alpha edge becomes the first depth cue in the floating proof.

Viewing positionCenter · X 0 · Y 0

Depth proof: foreground shifts faster

Choose a viewing direction

Drag on the stage for continuous X/Y movement

Source / depth

Awaiting image

Separation

27 px foreground

Lens packing

Hexagonal cells

Proof camera

5 × 5 views

Scene source

Transparent PNG recommended

Upload subject / artworkPNG, JPG or WebP · local browser processingOptional image URL

Depth & float

Proof model

Float depth 56%Micro view grid 5 × 5

This visual stage exaggerates layered motion so the depth relationship is easy to inspect. Final optical strength still depends on the calibrated PP sheet.

Design