FFORM 3D
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Step-by-step game asset guide

How to Turn a Logo or Image Into a 3D Model

Trace a flat logo or icon, create a clean extruded mesh, apply materials and render a transparent PNG or animated video.

Updated 27 August 2026 · Reviewed against the current FORM 3D workflow

Typical time
15–30 minutes
Reading time
7 minute read
Difficulty
Beginner
Result
An editable extruded logo with clean holes, controlled depth and a transparent render
00

What this guide covers

Turning a logo into 3D is fundamentally a tracing and extrusion task. It works best with high-contrast vector-like artwork: icons, wordmarks, emblems and silhouettes with clear boundaries. A normal photograph does not contain enough depth information for reliable one-click 3D reconstruction.

The cleanest result usually comes from fewer outline points, explicit holes and moderate extrusion depth. Dense automatic traces can reproduce image noise and create uneven shading, so treat the suggested outline as a starting point rather than a finished asset.

Before you begin

  • A PNG, JPG or pasted image with a clear foreground shape
  • Permission to use the logo or artwork
  • A transparent or plain background where possible
01

Prepare artwork that will trace cleanly

Remove shadows, gradients and photographic backgrounds before import when possible. The outer boundary should be easy to distinguish at a glance. If the design contains text, a vector export or high-resolution monochrome image produces a more predictable outline than a compressed screenshot.

  • Prefer PNG for transparency and sharp edges.
  • Leave margin around the artwork so the outer shape is not clipped.
  • Separate overlapping coloured pieces if they need different depths or materials.
  • Check that enclosed areas such as the centre of a letter O are visible.
02

Import and choose the correct image workflow

  1. Paste, drop or choose the image in Create.
  2. Choose Logo / flat shape to request a suggested outline.
  3. If the suggestion is inaccurate, add the image as a reference and choose Manual outline.
  4. Use the front orthographic view so pointer positions map predictably to the flat artwork.
  5. Set opacity and lock the reference before tracing manually.
03

Build a clean outline

Every extra point becomes part of the generated shape. Place points at corners and major direction changes rather than sampling every pixel. Crossing edges produce invalid polygons and should be fixed before extrusion.

  1. Trace the outer boundary in one consistent direction.
  2. Close the outline and inspect it without the reference image.
  3. Delete or reposition redundant points that create bumps.
  4. Select the traced shape and use Cut traced hole for enclosed negative spaces.
  5. Repeat holes separately rather than connecting them to the outer boundary.
04

Set depth, bevel and material

Extrusion depth determines how three-dimensional the logo feels from an angled camera. Bevel softens edge highlights, but an oversized bevel can distort narrow parts of the artwork.

  1. Start with shallow depth and inspect the logo in perspective.
  2. Add a small edge softness value so front edges catch light.
  3. Reduce bevel if narrow letters or spikes collapse.
  4. Choose a material preset and set base colour, roughness and metalness.
  5. Use separate objects when different logo elements need different materials.
05

Create a transparent logo render

  1. Choose a lighting environment that separates the front and side surfaces.
  2. Add an Orbit, Push in or Turntable camera preset if motion is required.
  3. Open Export → Image / video rendering.
  4. Choose Transparent PNG for still compositing.
  5. Choose a studio background for a self-contained social or presentation render.
  6. Render video only after confirming the first frame and animation duration.
06

Common logo conversion problems

  • Jagged edges usually mean the trace contains too many points or the source image is too small.
  • Missing centres in letters require explicit traced holes.
  • Dark sides are normally a lighting or material issue, not missing geometry.
  • A warped narrow section often means the bevel is too large for that part of the shape.
  • An image with internal gradients needs painting or separate materials after geometry is created.

Frequently asked questions

Can a JPG photograph be converted into a complete 3D model?

Not reliably through this tracing workflow. It can extract a visible outline and extrude it, but a single photograph does not provide hidden geometry or dependable depth. Use a dedicated photogrammetry or multi-view reconstruction workflow for full objects.

Why are holes in my logo filled in?

The outer outline describes one solid region. Enclosed negative spaces must be added as separate traced holes so the extrusion generator knows those areas should remain empty.

What format should I export a 3D logo in?

Use PNG for a still transparent image, MP4 or WebM for a rendered animation, and GLB when another 3D application or engine needs the actual model.

Apply this workflow in the editor

Your project remains editable and stored locally on this device.

Open the studio