CNC plasma cutting table
Supported plate cutting with a programmed plasma torch for conductive metals.
- CNC plate contours
- Torch-height control
- Material-specific cutting settings
Plasma & oxy-fuel cutters
CNC plasma tables and combined flame gantries for conductive metals and carbon steel plate.
Explore the machine types
Plasma cuts conductive metals with an electrical arc. Oxy-fuel uses an oxygen-driven reaction in compatible carbon steels. Combining both processes covers different plate tasks within a CNC layout.
Combined plasma and oxy-fuel gantry
Plasma and flame process paths for a mixed carbon steel plate workload.
- Plasma and oxy-fuel torches
- Large-format gantry motion
- Separate process consumables
Match the machine to the part
Separate material, piercing and quality needs by process. Confirm consumables, gas supplies, extraction or water-table arrangements and plate loading.
Discuss your application →Material and process
Plasma: conductive metals including steel, stainless steel and aluminum. Oxy-fuel: compatible carbon steel grades.
Typical applications
- Base plates and brackets
- Repair work
- General fabrication
- Structural steel plates
- Heavy fabrication
- Steel service centers
Technical selection guide
Use these fields to compare a proposed machine against your material, drawings and production needs.
| Specification | What to confirm |
|---|---|
| Table | Plate dimensions, weight and usable area. |
| Plasma | Current, gas and material-specific pierce/cut ratings. |
| Oxy-fuel | Compatible steel range and torch configuration. |
| Motion | CNC positioning, torch height and bevel requirements. |
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?
Separate material, piercing and quality needs by process. Confirm consumables, gas supplies, extraction or water-table arrangements and plate loading.
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.