Voortman V310 CNC Plasma Drilling Line
Key Specifications
Plate Thickness (plasma)
Drilling Capacity
Table Width
Table Length
Plasma Source
Drill Spindle
Overview
The Voortman V310 is a combined CNC plasma cutting and drilling system designed specifically for structural steel plate and beam processing in steel service centers and structural fabrication shops. Unlike standard flat-bed plasma cutting tables, the V310 is engineered for heavy plate steel up to 40mm thick with the additional capability of CNC drilling, countersinking, and marking in the same machine pass. This combination of plasma cutting and drilling eliminates the need to transfer parts between separate machines for typical structural steel connection plate work — the V310 cuts the plate outline and then drills bolt holes in a single automated sequence. The Voortman control system with integrated nesting software handles structural steel detail drawings automatically. The V310 integrates with Voortman's comprehensive line of structural steel processing machinery including beamlines, angle lines, and profile cutting systems.
Full Specifications
| Parameter | Value |
|---|---|
| Plate Thickness (Plasma) | Up to 40 mm mild steel |
| Drilling Capacity | Up to 40 mm diameter in 25 mm thick plate |
| Table Width | Up to 4,000 mm |
| Table Length | Up to 24,000 mm (extendable) |
| Plasma Source | Hypertherm XPR (up to 300A) |
| Drill Spindle | 2 or 3 independent drill spindles |
| Countersink | Yes (auto) |
| Marking | Plasma and punch marking |
| Control | Voortman VACAM with IGES/DXF/DSTV |
| Positioning Speed | Up to 20 m/min |
Specifications sourced from voortman.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Combined plasma cutting and drilling eliminates multi-machine material handling
- Handles structural plate up to 40mm with Hypertherm XPR plasma
- VACAM software reads DSTV structural steel drawing formats directly
- Automatic countersinking for bolted connection plates
- Integrates with Voortman beamline and profile line for complete fabrication cell
Limitations
- Significantly higher cost than standalone plasma or drilling machine
- Optimized for structural plate — not suited for fine feature cutting
- Very large footprint — requires dedicated bay
Best For
Frequently Asked Questions
01
In structural steel fabrication, most plate parts need both a cut outline and drilled bolt holes. Handling parts between separate cutting and drilling machines takes time and risks positional errors. Combining both operations in one machine with a single datum reference ensures bolt holes are accurately positioned relative to the cut plate edge, and eliminates inter-machine material handling.
02
The VACAM control accepts DSTV (standard European structural steel data format), DXF/DWG (AutoCAD), and IGES. DSTV is particularly valuable for structural shops as it directly imports part data from structural steel design software like Tekla Structures and Advance Steel without manual re-drawing.
Videos
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