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CUTPRO

Cutting

CNC 3D Engraving

3D CNC engraving cuts a profile into the surface rather than just a line — relief signage, dimensional letters, decorative carving, prototyping.

What this is

Most CNC routing cuts straight down through a sheet. 3D engraving is different: the bit moves in three axes, leaving a sculpted profile across the surface. The result is relief work — letters that come up off the panel with rounded shoulders, decorative carving on signage and architectural detail, and prototype models for fitments that need a curved surface.

For signwriters, 3D engraving is the move when flat routed letters need more presence. Letters with a rounded face, V-bevelled edges or sculpted depth catch light differently than flat cuts and read at a distance from outdoor signage. We work from your vector outline plus a height map or relief profile if you have one; for simpler bevelled work we generate the toolpath against a chosen V-bit angle (see the V-groove page for related tooling categories).

Decorative architectural panels are the other common use — feature walls, ceiling panels, internal signage with carved logos. The depth and detail depend on the material; soft timbers and MDF carve easily, harder hardwoods and dense composites take longer but hold detail well.

Prototyping is the third bucket. Need a curved fitment to test against an enclosure? A model for a fabrication run? We can rough-machine in MDF or soft foam much faster than 3D printing for medium-sized parts, and the surface finish is closer to the final cast or moulded part. Send the 3D file (STL, STEP, IGES) and we'll confirm the right approach.

When to use

  • Dimensional letter signage with rounded or bevelled faces
  • Architectural decorative panels and feature carving
  • Relief work — logos, badges, plaques with depth
  • Prototype shapes for fabrication test fitments
  • Sculpted detail on signage and presentation pieces

When not to use

  • Flat sheet-cut work — that's standard CNC routing, much faster
  • Engraving for asset tags or product labelling — use laser engraving instead
  • Very fine surface detail that's beyond router bit geometry
Provisional · Confirmed on quoteCNC 3D Engraving
Material
confirmed on quote
Thickness range
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Process
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Tolerance
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Edge finish
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Min / max sheet size
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Typical lead time
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Exact values confirmed when we quote your job.

Browse the confirmed material list →

FAQ

What file format do you need for 3D work?
For relief work from a flat vector plus a height profile, DXF is fine — describe the depth in the brief. For true 3D models, STL is the most common; STEP or IGES are great if you've got them. We'll generate the toolpath from your geometry.
What file types can I send?
DXF is the cleanest — that's a single-line vector format the cutter reads directly. AI, SVG, PDF, EPS and DWG all work too. If you've only got a JPG or a sketch on paper, send it anyway and we'll tidy it for you (small file-prep charge applies).
How quick is a quote?
Most quote requests come back within 1 business day, Mon-Fri. Simple trade jobs are usually faster during business hours. Complex jobs, supplied-material jobs or anything unusual may take longer — we'll tell you up front if so.
Do I need exact dimensions before quoting?
Best guess is fine. Even an approximate width × height in millimetres gets you in the ballpark, and we'll confirm material yield on the quote. If you supply files, we measure from those.
Can I pick up or do you deliver?
Both. Pickup is from Helensvale by appointment — we'll send the address when your job is ready. Local delivery covers the Gold Coast, Brisbane, Logan and Tweed Heads, quoted per job. Freight elsewhere in Australia on request.

Ready to quote cnc 3d engraving?

Quote back, usually within 1 business day. No card needed.

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