Miami · Miami-Dade & Broward County

CNC Routing & Engraving in Miami

3-axis and 4-axis CNC carving plus laser engraving — custom signs, panels, molds, and awards cut precisely from your design file.

  • 🪚 3-axis & 4-axis carving
  • ✨ Laser engraving
  • 💰 From $150
  • 💬 24/7 customer support

What Is CNC Routing?

CNC routing uses a computer-controlled cutting tool to carve, cut, or engrave a design into wood, acrylic, foam, or sheet metal — with a level of precision and repeatability that's hard to match by hand. Send us your design (or let us help you create one), and we'll cut it exactly to spec.

We run both 3-axis and 4-axis CNC carving for flat and rotational pieces, plus laser engraving for fine detail, text, and logos.

What We Make

  • Custom signs & wall art — business signage, house numbers, and decorative pieces
  • Panels & templates — precision-cut panels and jigs for production or assembly
  • Molds — custom molds cut to your exact specifications
  • Awards, plaques & branded pieces — engraved logos, names, and designs

Our Process

  • 1. Design — send your file, or describe what you need and we'll help design it
  • 2. Cut or Engrave — precision 3-axis/4-axis CNC carving or laser engraving on the right material for the job
  • 3. Finish — sanding, sealing, or painting available on request

Recent CNC Work

Watch It In Action

FAQ — CNC Routing in Miami

What is CNC routing?

CNC routing uses a computer-controlled cutting tool to carve, cut, or engrave a design into wood, acrylic, foam, or metal sheet with precision that's hard to achieve by hand.

What can you make with CNC routing and engraving?

Custom signs, wall art, panels, molds, awards and plaques, and precision templates — cut or engraved directly from your design file.

Do you offer laser engraving too?

Yes, alongside 3-axis and 4-axis CNC carving, we offer laser engraving for fine detail, text, and logos.

How much does CNC routing cost in Miami?

CNC routing and engraving projects start at $150, depending on material, size, and design complexity.