Metal Laser Cutting - Capabilities

Our state-of-the-art 3kW fiber laser makes fast, clean, beautiful cuts in metal thicknesses ranging from 0.01" up to 3/4".

We support custom metal cutting in most grades and alloys of carbon steel, stainless, aluminum, copper, and brass.

Click the link below to upload your drawing and get instant pricing and material options, or keep reading below for more details.


3 kW Trumpf 1030 TruDisk Fiber Laser

  • Max. steel thickness: 3/4"

  • Max. stainless thickness: 5/8"

  • Max copper/brass thickness: 1/4"

  • Cutting head position tolerance: +/- 0.005" over full deck

  • Deck size: 5' x 10'

  • Pallet changer for high efficiency production

Fiber laser cutter


Materials, Thicknesses, & Maximum Part Sizes

We support cutting of most grades and alloys of steel, stainless, aluminum, copper, and brass.  Common materials include A36 "mild" steel, 314 and 316 stainless steel, 110 copper, 260 "cartridge" brass

MAX Thickness
Max Size

Carbon Steel

Stainless Steel









5' x 10'​

5' x 10'

5' x 10'

3' x 10'

3' x 10'

Other Operations

We don't cut wood or plastic, and we don't support raster engraving operations on metal, but our friends at Pololu can help you out!

Our laser-cut parts are offered "as cut" - we do not currently offer bending, grinding, tumbling, sanding, or any kind of painting, anodizing, or powder-coating operations on finished parts.  Our fiber laser produces a remarkably clean, dross-free finish, especially on materials 3/16" thick or less.  But your finished parts may require some minor post-operations to make them product-ready.  We take care to prevent scratches on the surface of the material, but there may be minor scratching on the surfaces from general movement and placement on the machine for cutting.

Carbon steel and stainless cuts leave a clean bottom finish, with a minimal amount of dross and little to no burr.  Very small internal cutouts can exhibit some "pierce splash" on the part, where a small amount of material is ejected from the pierce hole during the cut, affecting the surface finish in a small area around the pierce.  This only affects small areas, where the machine must pierce close to the cut edge.  Bottoms of parts may also have a minor amount of "splash up" from the deck, where the laser hits the still honeycomb patterned deck and splashes a small amount of steel onto the part being cut.  Splash up is easily removed.

More details about finish quality on laser-cut parts of different material types can be found below:

Aluminum leaves a minor burr on thicker materials, which is easily removed by hand or a sanding operation (see below).

Fiber laser aluminum cut quality - 0.1" thick

0p1 inch aluminum 2 - reduced.jpg
0p1 inch aluminum - reduced.jpg

Fiber laser aluminum cut quality - 0.25" thick

Quarter Inch Aluminum 2 - reduced.jpg
Quarter Inch Aluminum - reduced.jpg

Cutting Tolerances

Our fiber laser has a head positioning tolerance of +/- 0.005" across the entire 5' x 10' deck.  Kerf compensation is performed automatically by the machine, so if you ordered a large part in thin material, you could expect the part width and height to be accurate to within roughly 0.01" across a full 10' span, worst-case.

Over a smaller work area, positioning tolerance is closer to +/- 0.002".  You can expect the size of small holes to be within +/- 0.001".

If your laser-cut holes are designed to be threaded, or to be used in a press fit application, it may be necessary to undersize the holes in your drawing and drill or ream the resulting hole to obtain a good edge finish and consistent size from top to bottom of your laser-cut part.

Thicker materials ( > 1/8" thick) exhibit increased hole size on the bottom of the part, as the beam and assist gases expand through the material.  The effect is minimal for thin materials, but very pronounced in 3/4" thick steel. See our Edge Cutting Tolerances guide for more details.