Fiber laser
cutting.
From a flat sheet to your next build. Precision-cut parts in aluminum, steel, and stainless steel, ready for prototyping or production.
Focused energy. Defined edges.
- Standard tolerance
- ±0.005 in
- Maximum sheet
- 60 × 120 in
- Start with your file
- DXF / STEP
The details
make the part.
Clean profiles. Aligned mounting holes. Parts designed to fit together. Fiber laser cutting brings your flat-pattern geometry into metal.
Need a tighter fit? Tolerances down to ±0.002″ are available upon review. Include critical dimensions with your quote.
Discuss your requirements
One process.
More possibilities.
Brackets, faceplates, enclosures, and custom profiles. Start with the alloy that fits your design, then add bending, finishing, or hardware.
Know your
working limits.
The essentials for your design. For thickness-specific hole sizes, cut features, and bending data, open the individual material in our catalog.
- Cutting tolerance
- ±0.005″ standard±0.002″ upon review. Call out critical dimensions in your drawing.
- Maximum sheet size
- 60″ × 120″Usable part size depends on material and manufacturing requirements.
- Material & thickness
- Choose by alloy, finish, and gaugeCheck the stock list for available thicknesses and quoting options.
- Minimum hole size
- Specific to your material and thicknessEach material page lists the minimum and recommended hole sizes. Learn more ↗
- Cut edges
- Plan the finish around the partEdge condition varies with alloy and thickness. Explore deburring ↗
- CAD files
- DXF for flat profiles · STEP / STP for 3D partsReview our file preparation guide before uploading.
Control the heat.
Protect the detail.
Cool Line uses a fine water mist around the cutting zone to manage heat buildup. It helps preserve small features in closely nested, detailed parts.
Cool Line technology
Small connections.
A more stable cut.
Tabs keep parts connected to the sheet during cutting, helping prevent small pieces from tipping into the cutting head or falling through the bed.
- Nano tabs
- Small connections that hold a part in the nest with minimal material to remove afterward.
- Micro tabs
- Larger bridges for added retention. These connections are removed and finished after cutting.
Industrial power.
A focused process.
A solid-state fiber laser generates the cutting beam and delivers it through an optical fiber to the cutting head.
At the nozzle, that energy is focused onto the sheet. The beam, motion system, and assist gas work together to create the profile in your CAD file.
Explore the shop
Start with
the right sheet.
Browse alloy, finish, and thickness. Select a gauge to open its material page, including cutting limits, properties, and bend data.
From your file.
To finished parts.
Upload your CAD file to get started. Choose a material, review your options, and bring your next build to life.
Quote your parts