Cutting & Punching
Precision starts with the first cut.
Laser cutting and CNC punching for repeatable sheet metal parts, clean downstream forming and dependable OEM production.
Controlled cutting capacity for prototypes and production batches.
Built for manufacturability
The right cutting route for the part, not just the drawing.
We review geometry, material, thickness, hole patterns, edge requirements and downstream operations before production begins.
The result is a practical cutting plan that protects tolerances, reduces unnecessary handling and supports reliable bending, welding and assembly.
Two production routes
Select the process around geometry and volume.
Both routes feed into the same controlled workflow for deburring, forming, inspection and identification.
Laser cutting
Flexible geometry with a clean, controlled edge.
Suited to complex profiles, prototypes and mixed production where design flexibility and efficient nesting matter.
- Complex contours and cut-outs
- Fast drawing revisions
- Efficient multi-part nesting
CNC punching
Repeatable holes, slots and formed features at scale.
Best considered when repeated features, standard tooling and stable batch production can improve cycle efficiency.
- Vent patterns and repeated holes
- Slots, knockouts and standard features
- Consistent repeat production
Typical applications
Cut parts ready for the next operation.
From isolated brackets to nested panel sets, every component is prepared around how it will be formed, welded, finished and assembled.
Controlled workflow
From CAD review to identified parts.
A clear handoff at every stage keeps cutting aligned with the final assembly requirement.
- 01
Drawing review
Geometry, material, critical dimensions and downstream requirements are checked before release.
- 02
Nesting & setup
Parts are arranged to balance material utilization, grain direction and production stability.
- 03
Cut or punch
The selected route is controlled around repeatability, edge condition and feature accuracy.
- 04
Inspect & identify
First-article checks and batch identification support the next process and final traceability.
Quality checkpoints
Accuracy is managed before parts move downstream.
Cut quality is assessed as part of the complete fabrication route—not as an isolated machine operation.
- ✓ Drawing revision and material verification
- ✓ First-article dimensional checks
- ✓ Edge, hole and feature review
- ✓ Part identification before forming
Project inputs
What helps us quote accurately
- Drawing
- STEP, DWG, DXF or PDF
- Material
- Grade and thickness
- Tolerance
- Critical dimensions identified
- Volume
- Prototype and annual demand
- Finish
- Surface and cosmetic requirements
Planning your project
Common cutting questions.
Should my part be laser cut or CNC punched?+
Laser cutting offers high geometric flexibility. CNC punching can be efficient for repeatable holes, slots and standard features. We select the route after reviewing geometry, material and volume.
Can you work from early-stage drawings?+
Yes. A preliminary review can identify manufacturability risks before final release, although production requires an approved drawing revision.
Can cutting be combined with bending and welding?+
Yes. Cutting is planned around the complete fabrication sequence so datum locations, bend allowances and assembly interfaces remain aligned.
Which materials can be reviewed?+
Common projects include stainless steel, carbon steel, galvanized sheet and aluminum. Final suitability depends on grade, thickness, finish and performance requirements.
Start with the drawing
Have a cutting or punching project to review?
Send the CAD files, material, tolerance requirements and expected volume. Our team will review the manufacturing route and reply with a clear next step.