Laser Cutting Process
How it works, what affects edge quality, and what to send for a quote.
How the laser cutting process works
Laser cutting uses a focused beam to cut 2D profiles in sheet and plate. It’s fast, repeatable, and a strong fit for brackets, panels, and flat patterns.
Pillar guide: laser cutting guide.
What affects accuracy and edge quality
- Material and thickness
- Kerf and heat-affected zone behavior
- Feature size and minimum hole/slot constraints
- Post-processing (deburr, finish, secondary ops)
When to combine laser cutting + machining
If the part needs a precision bore or fit-critical interface, laser cut the profile and machine the qualified features. Capability link: CNC / matrix machining.
Required internal links
Materials starting point: /materials.
Need precision machining with tight tolerances? Request a quote.
If your laser-cut parts require machined interfaces, include that intent in your RFQ. We’ll confirm the best combined process path.
Laser Cutting Process FAQ
What file format is best for laser cutting quotes?
DXF is a common starting point for 2D laser cutting. Include a PDF that defines material, thickness, quantity, and any critical dimensions. If the part is part of an assembly, note what features are fit-critical.
Does laser cutting replace machining?
Not usually. Laser cutting is excellent for 2D profiles in sheet and plate. CNC machining is used for 3D features, precision bores, and fit-critical interfaces. Many projects combine both: laser cut profiles plus machined interfaces where needed.
What information do you need for a fabrication quote?
The fastest quotes come from a drawing or CAD export plus a few key details: material (or environment/use-case if undecided), thickness/size, quantity, timeline, finish requirements, and any critical-to-function dimensions or tolerances. If a part interfaces with existing equipment, include notes or reference dimensions that drive fit.
Send your CAD file or project details and we’ll review the best approach.
Upload a PDF + DXF (and STEP if the part mates to an assembly), include material, thickness, quantity, and timeline. We’ll respond with clear next steps.