Nuclear Waste Sawing Solution – The Largest Bandsaw Ever Made!
Sweden | Nuclear
Project Overview
Client Type: Nuclear Waste Treatment Service
Year: 2025
Technology: GANTRY Bandsaw – Ø 5100 mm Cutting Capacity
Location: Sweden
Industry: Nuclear
The Challenge
In the nuclear sector, handling contaminated materials requires solutions that guarantee maximum safety for operators and long-term reliability. The client needed to cut extremely large components, such as heat exchangers and turbine parts, often contaminated and unsafe to manage manually. Manual intervention was not an option due to the high risk of radiation exposure, and the operating environment demanded a system capable of handling heavy-duty workloads over many years. It was essential to avoid thermal or uncontrolled cutting methods, which are unsuitable in such high-sensitivity contexts.
Our Solution
We designed and delivered a fully automated cold-cutting gantry bandsaw, specifically engineered to operate safely in contaminated environments. The cold-cutting process was a key factor, eliminating risks associated with heat generation and ensuring full compliance with nuclear safety protocols. The machine was built with a robust structure and a highly advanced automation system, enabling operations without direct human intervention. The client chose our solution for the proven reliability, technical expertise, and customisation capability we demonstrated in handling demanding nuclear applications.
The Results
The implementation of the automated cold-cutting system delivered clear, measurable results:
Total elimination of operator exposure risks during the cutting process.
Full compliance with nuclear safety standards, in both operation and maintenance phases.
Significant reduction in intervention time, thanks to high automation and precision.
Long-term reliability, with consistent performance even under harsh operating conditions.
A trusted technological partner capable of supporting the project with tailored solutions and ongoing technical support.
This project has set a new benchmark in nuclear cutting applications, where safety, reliability, and innovation must coexist without compromise.