Laser Cutting at dFab

What is Laser Cutting?

Laser cutting is a non-contact process where a high-powered laser travels along a computer-generated pathway to cut, etch and engrave flat materials. A concentrated laser beam is directed through a nozzle onto the cutting material and partial or total burning of the material occurs. The burnt material is then drawn away with extraction leaving a sharp edge or score behind

Access & Training

dFab's suite of 7 laser cutters can be accessed free of charge by all MADA Staff & Students once Level 1 : Laser Training has been completed.

The laser cutters are accessible for the full duration of workshop hours and are one of the most popular machines within the workshop. As this is the case, students are permitted 1 hour of cutting time each week and must always book their laser session through the online calendar - Skedda. This becomes especially important when the machines are in high demand during submission periods throughout the semester.

dFab Laser Cutters

Model

Cut Area

Material Thickness

Laser 1 & 2

Epilog Fusion M2 32

800 x 500

≤ 3 mm

Laser 3

Epilog Fusion M2 40

1000 x 700

≤ 3 mm

Laser 4 - 7

Epilog Fusion M2 40

1000 x 700

≤ 6mm

Laser Functions

Function

Outcome

Settings

Cut

The laser beam travels along a path burning through the full depth of a material resulting in a crisp edge.

0.01mm

0.01mm

Engrave

The laser beam travels along a path burning through the surface layers of a material, creating a superficial mark. Engraving is suitable for; fold/score lines, guidelines and outlines.

Etch

The laser beam travels across an area, burning through the surface layers creating a recessed area. Etching is typically shallower than engraving.

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