Combined plasma and oxy-fuel gantry
Plasma and flame process paths for a mixed carbon steel plate workload.
PROCESS OVERVIEW
How the process fits your production
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.
- Plasma and oxy-fuel torches
- Large-format gantry motion
- Separate process consumables
- Heavy-plate handling planning
Typical applications
- Structural steel plates
- Heavy fabrication
- Steel service centers
Material considerations
Plasma: conductive metals including steel, stainless steel and aluminum. Oxy-fuel: compatible carbon steel grades.
Select around the finished part
Allocate thicknesses to each process. Check torch spacing, gas supply and acceptable heat effects on finished parts.
Prepare your inquiry
Separate material, piercing and quality needs by process. Confirm consumables, gas supplies, extraction or water-table arrangements and plate loading.
Discuss this machine type →Technical selection requirements
Compare these fields with the proposed model's technical sheet. Material, part geometry and the configured options determine the working capacity.
| Specification | Configuration requirement |
|---|---|
| Process mix | Thickness allocation between torches. |
| Utilities | Plasma gas, oxygen, fuel and extraction. |
| 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. |
This page describes a machine architecture. Rated capacities, delivery scope and available options are confirmed for the selected SNSIE model.
Request a model-specific technical sheet →Compare machine types
Discuss your next machine.
Share your sheet-metal processing requirements with SNSIE.