Liquid Waste Burden

Liquid Waste Burden Increases Disposal Complexity

When cutting introduces cooling fluids into contaminated zones, operators face significantly higher downstream treatment and compliance costs. Low-fluid or dry mechanical methods reduce secondary waste and simplify site logistics.

Dose Control

Non-Standard Sizes

Waste Classification

Liquid Waste Burden Increases Disposal Complexity

No Liquid Secondary Waste

The system operates without water coolant. Wire temperature is managed through integrated vortex cooling. All cutting particulate is captured by a high-efficiency dust collection unit in sealed, classifiable containers, eliminating the secondary liquid waste stream entirely.

Remote-Operable CNC

Full CNC programming enables cuts to be pre-planned and executed remotely. Operators manage the cutting process from outside the controlled zone, reducing personnel time in proximity to activated structures and contributing directly to project dose reduction objectives.

Multi-Material Capability

A single system handles the full material range typical of nuclear decommissioning: heavily reinforced concrete, structural and stainless steel, and graphite. Wire parameters are adjusted per material with no machine retooling required between cuts.

Custom-Engineered Configuration

Gantry dimensions, dust collection capacity, wire routing, and remote control integration are specified to your project, not adapted from a standard product. We work from your site conditions to design the cutting system, not the other way around.

Initial Discussion

We start with your requirements: materials, production targets, site conditions, and timeline.

Specification Development

We develop an equipment configuration: machine type, dimensions, tooling, control architecture.

Engineering Review

The specification is shared with your technical team. We work through comments and refine the design.

Build & Documentation

In-house fabrication with full quality documentation produced throughout.

Commissioning & Support

On-site commissioning to verify performance. Operator training and ongoing support.

In-House Manufacturing

We design and fabricate our equipment in-house, with direct control over engineering changes, fabrication sequences, quality documentation, and lead time.

R&D Engineering Team

Our engineers work directly from your project brief. We build the specification from your site conditions, material profile, and processing requirements.