Flat sheet is the main input
Start with the Fiber Laser Cutting Machines family and confirm working area from the actual sheet format.
Industry solution
Sheet Metal Fabrication
For sheet metal fabrication, machine selection should start with material, thickness range, largest blank, part mix and the handoff to bending or welding—not with laser power alone.
Application guidance — final selection requires project review.Build the brief
Questions that change the equipment decision.
- 01
Which materials and thicknesses make up the normal production mix?
- 02
What is the largest sheet or nested blank that must be processed?
- 03
Is production dominated by repeat batches, mixed jobs or one-off work?
- 04
Which downstream steps create the current bottleneck?
Workpiece and process
Define the work before comparing machines.
- Flat-sheet cutting and nesting
- Mixed-part production planning
- Edge quality appropriate for downstream work
- Material loading and unloading workflow
Selection logic
A shortlist built from the production route.
These are review directions, not a configuration promise.
Tube or profile work is also required
Review the Laser Tube Cutting Machines family as a separate process instead of assuming a flat-sheet machine covers both.
Handling time limits output
Document loading, unloading and nesting requirements before reviewing automation options.
Families to review
- Fiber Laser Cutting Machines
- Laser Tube Cutting Machines
Identity-confirmed starting points
- 3015A
- 3015E
- 3015G
Availability and configuration remain subject to application review.
Materials
Material scope starts the test plan.
- Carbon steel
- Stainless steel
- Aluminum and other metals subject to application review
Project inquiry
Discuss your sheet metal parts
Share the material, dimensions, representative drawings or photos, target result and production context.