CNC plasma cutting table
Supported plate cutting with a programmed plasma torch for conductive metals.
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.
- CNC plate contours
- Torch-height control
- Material-specific cutting settings
- Fume or water-table configuration
Typical applications
- Base plates and brackets
- Repair work
- General fabrication
Material considerations
Plasma: conductive metals including steel, stainless steel and aluminum. Oxy-fuel: compatible carbon steel grades.
Select around the finished part
Distinguish piercing from edge-start capacity. Review small-hole quality, consumables and any marking or bevel requirements.
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 |
|---|---|
| Source | Current, gas and quality ratings. |
| Height control | Initial sensing and arc-voltage control. |
| 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.