DEMO | V304: Multi Oxy-Fuel

Manufacturers processing thick steel plates often face increasing pressure to produce more parts in less time. While multi-torch oxy-fuel cutting significantly increases production capacity, efficiently coordinating multiple torches can be complex and time-consuming without intelligent automation.

The V304 solves this challenge with multi oxy-fuel cutting combined with automatic addressing technology. The system automatically determines how cutting tasks should be distributed across multiple oxy-fuel torches, allowing manufacturers to maximize productivity while maintaining consistent quality and efficient material utilization.

Automatically Optimizing Torch Utilization

In traditional multi-torch environments, programming and assigning torch operations can require significant manual input. Incorrect torch allocation can create inefficiencies, reduce productivity, and limit the benefits of having multiple cutting stations.

The V304 automatically addresses and distributes cutting operations across available oxy-fuel torches. This intelligent task allocation ensures that each torch contributes efficiently to the production process, helping maximize machine output without increasing programming complexity.

Producing More Parts in Less Time

The primary advantage of multi oxy-fuel cutting is the ability to process multiple contours simultaneously. Instead of completing each part sequentially, multiple torches work together to increase output from a single plate.

With automatic addressing, the V304 ensures that cutting tasks are organized in the most efficient way possible. This reduces overall cycle times and allows operators to complete production batches significantly faster than with a single-torch setup.

Increasing Productivity for Repetitive Part Production

Many fabrication shops regularly produce identical components in large quantities. Structural parts, base plates, gussets, and heavy equipment components often require high-volume production.

The V304's multi oxy-fuel cutting system takes full advantage of these applications by automatically assigning matching cutting paths to multiple torches. This enables several identical parts to be produced simultaneously, dramatically improving throughput and machine efficiency.

Simplifying Programming and Operation

Managing multiple torches manually can introduce unnecessary complexity into the production process. Operators may need to spend additional time organizing cutting sequences and balancing workloads between torches.

Automatic addressing removes much of this effort. The V304 automatically handles torch assignment, allowing operators to focus on production rather than programming details. This simplifies operation and helps create a more efficient workflow throughout the workshop.

Maintaining Consistent Part Quality

Higher production speeds should never come at the expense of cut quality. When multiple torches are operating simultaneously, maintaining consistency between parts is critical.

The V304 synchronizes torch movements and cutting parameters to ensure repeatable results across all active torches. This helps manufacturers achieve uniform dimensional accuracy and edge quality, even during high-volume production runs.

Optimizing Material Utilization

Efficient torch allocation contributes not only to productivity but also to improved material usage. Intelligent task distribution ensures that cutting paths are executed efficiently across the plate while supporting effective nesting strategies.

By maximizing the use of available cutting capacity and material area, the V304 helps manufacturers reduce waste and improve overall production efficiency.

Designed for Heavy-Duty Thick Plate Applications

Multi oxy-fuel cutting is particularly valuable when processing thicker materials, where cutting cycles are naturally longer than plasma applications. The ability to operate multiple torches simultaneously creates substantial productivity gains in heavy plate environments.

The V304 combines its multi oxy-fuel capability with a rigid machine frame, precision motion control, and robust industrial design to deliver reliable performance during demanding production operations.

Built for High-Volume Industrial Production

The V304 integrates multi oxy-fuel cutting and automatic addressing with advanced software, intelligent machine control, and heavy-duty mechanical construction. Together, these technologies create a highly productive solution for fabricators seeking to increase output without adding additional machines or floor space.

Whether producing structural steel components, bridge elements, offshore parts, or heavy equipment assemblies, the V304 enables manufacturers to process more parts per shift while maintaining consistent quality and operational efficiency.

By combining multi oxy-fuel cutting with automatic addressing, the V304 maximizes torch utilization, reduces production times, simplifies operation, and delivers the high throughput required for modern thick plate fabrication.

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