Voortman V304
Key Specifications
Cutting Area
Plasma Power Source
Max Cutting Thickness
Positioning Speed
Cutting Speed
Control System
Overview
The Voortman V304 is a CNC plasma and oxy-fuel plate cutting machine engineered for structural steel fabricators, steel service centers, and heavy equipment manufacturers who process high volumes of flat plate daily. Unlike light-industrial plasma tables, the V304 is built to the physical and dimensional standards of a serious production machine — robust welded steel gantry, precision linear guides, and a control architecture designed for unattended multi-shift operation.
The V304 combines plasma and oxy-fuel processes on the same gantry, enabling operators to select the most economical process for each material and thickness without moving the plate or changing machines. Plasma handles the bulk of stainless, aluminum, and thin-to-medium mild steel work, while oxy-fuel torches take over for thick carbon steel plate where flame cutting remains the most cost-effective process. Voortman's VACAM control software manages process selection, parameter loading, and torch height control for both processes through a single unified interface.
VACAM integrates with structural steel design packages including Tekla Structures, Advance Steel, and SDS/2, allowing NC data to flow directly from the design office to the cutting table without manual re-entry. The software's automatic nesting algorithms optimize material utilization across the plate, reducing scrap on high-value steel grades. Cutting parameters — plasma current, gas pressures, speeds, and pierce sequences — are stored in a material database that operators can call up by material and thickness, minimizing setup time between jobs.
The V304 is particularly suited to fabricators who also run Voortman beam processing equipment, as VACAM provides a common software environment across the entire shop floor. The machine's heavy-duty construction and comprehensive automation options — including automatic plate loading and sorting — position it for operations where maximizing cutting hours and minimizing manual handling are the primary productivity drivers.
Full Specifications
| Parameter | Value |
|---|---|
| Cutting Area | Up to 3,000 mm × 12,000 mm (width × length, configurable) |
| Plasma Power Source | Hypertherm or Kjellberg high-definition plasma (customer choice) |
| Max Cutting Thickness | 50 mm plasma / 300 mm oxy-fuel (mild steel) |
| Positioning Speed | Up to 15,000 mm/min |
| Cutting Speed | Up to 8,000 mm/min plasma (material dependent) |
| Control System | Voortman VACAM with automatic THC and bevel head option |
| Table Size | Configurable up to 3,000 mm wide |
| Machine Weight | Approx. 8,000 – 14,000 kg (configuration dependent) |
Specifications sourced from voortman.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Combined plasma and oxy-fuel on a single gantry eliminates process changeover and secondary equipment costs
- VACAM integrates with Tekla Structures, Advance Steel, and SDS/2 for paperless NC workflow
- High-definition plasma option delivers laser-like edge quality on mild steel up to 25 mm
- Heavy-duty gantry construction rated for continuous multi-shift production use
Limitations
- High capital cost relative to single-process plasma tables or light-industrial competitors
- Complex dual-process setup and VACAM configuration requires skilled operators and initial training investment
- Large machine footprint and gantry height require significant shop infrastructure planning
Best For
Frequently Asked Questions
01
Yes. The V304 is specifically designed to carry both plasma and oxy-fuel torch stations on the same gantry. The operator selects the process through VACAM, and parameter sets for each process are stored in the material database. This eliminates the need for separate machines for different thickness ranges.
02
The V304 is typically configured with Hypertherm HyDefinition or XPR series plasma systems, or Kjellberg high-definition units, depending on the customer's preference and existing plasma infrastructure. Voortman integrates the power source of choice into VACAM's cut parameter database.
03
Yes. An optional multi-axis bevel head is available for the V304, enabling weld prep bevels — V, Y, K, and X grooves — to be cut directly on the plate without secondary machining. The bevel angles and geometries are programmed through VACAM along with the part profile.
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