Open-table fiber laser cutter
A single sheet table with direct loading access for general contour cutting.
- Single worktable
- Direct sheet loading
- CNC contours and nesting
Laser cutting machines
Fiber laser processing for sheet, tube and heavy plate in open, enclosed and integrated layouts.
Explore the machine types
A focused laser beam, assist gas and CNC motion cut contours in metal. Workpiece format and production flow determine the table, tube system or gantry arrangement. Handheld laser welding is included as a related process.
Sheet and tube laser cutter
Integrated flat-sheet cutting and a separate tube-processing station.
- Sheet and tube workflows
- Tube chuck positioning
- Profile-specific programs
Enclosed fiber laser cutter
Sheet cutting within a protective enclosure and an exchange-table production layout.
- Enclosed cutting zone
- Access interlocks to confirm
- Exchange-table loading
Enclosed sheet and tube laser cutter
Combined sheet and profile processing with an enclosure and table exchange.
- Enclosed sheet station
- Integrated tube station
- Exchange worktable
Tube fiber laser cutter
A chuck-based platform for tube holes, ends and profile contours.
- Rotary tube positioning
- Stock-length support
- Profile cutting programs
Ground-rail gantry laser cutter
Large-format rail motion and a support bed for oversized or heavy plate.
- Ground-rail gantry
- Independent plate support
- Project-specific work area
Handheld laser welding
A related joining process with a handheld head and controlled beam oscillation.
- Handheld weld head
- Wobble-path adjustment
- Wire-feed options
Match the machine to the part
Provide material, thickness, typical contours and output targets. Review piercing, gas, extraction, loading and laser protection as a complete workstation.
Discuss your application →Material and process
Carbon steel, stainless steel and aluminum. Reflectivity, coatings, thickness and assist gas need source- and head-specific review.
Typical applications
- Job shop blanks
- Brackets
- General sheet fabrication
- Furniture frames and panels
- Mixed fabrication
- Tube assemblies
Technical selection guide
Use these fields to compare a proposed machine against your material, drawings and production needs.
| Specification | What to confirm |
|---|---|
| Envelope | Sheet format or tube dimensions and usable length. |
| Laser | Source power, cutting head and material capability. |
| Flow | Loading, table exchange and unloading. |
| Installation | Power, gases, extraction and laser protection. |
Working capacities and available options depend on the selected model. Request a technical sheet for your material and part.
Request specifications →Planning your machine
What should I send with an inquiry?
Provide material, thickness, typical contours and output targets. Review piercing, gas, extraction, loading and laser protection as a complete workstation.
How do I compare the available configurations?
Start with the required process and part drawings, then review the capacity, tooling, control and installation details of the proposed model. Include representative parts when production quality or cycle time is critical.
Explore related processes
Discuss your next machine.
Share your sheet-metal processing requirements with SNSIE.