Eurocrane at the 2026 4th China Tumor Particle Medicine & Engineering Technology Conference

Bringing Specialized Lifting Solutions to Heavy-Ion Facilities

The 2026 4th China Tumor Particle Medicine & Engineering Technology Conference was held on August 22–23, 2026, in China. The conference brought together leading researchers, engineers and industry representatives to discuss developments in particle medicine, heavy-ion cancer therapy, accelerator technology, and the engineering of large-scale scientific facilities.

Eurocrane was invited to participate in the conference, where the company presented its experience in developing specialized lifting equipment for demanding scientific and research environments.

During the conference the National Sales Director of Eurocrane delivered a presentation focused on the specific lifting requirements found in heavy-ion accelerator facilities and particle therapy environments, highlighting Eurocrane's approach to designing and delivering customized overhead crane systems for these applications.

The presentation also drew on Eurocrane's engineering experience in major scientific infrastructure projects, demonstrating how specialized crane systems can be adapted to environments where conventional lifting equipment may not meet requirements for precision, cleanliness, radiation resistance, and operational safety.

Engineering Experience from the HIAF Project

Eurocrane has participated in the construction of the High Intensity heavy-ion Accelerator Facility (HIAF), one of China's major large-scale scientific infrastructure projects. Through this project, the company developed lifting equipment specifically engineered for the demanding conditions of heavy-ion accelerator facilities.

Key technical features include:

Radiation-resistant design — Critical electrical and structural components are designed to meet specified cumulative radiation-dose requirements, supporting reliable long-term operation in radiation-exposed environments.

High positioning accuracy — Precise lifting and positioning capabilities support the installation, maintenance, and replacement of sensitive accelerator components.

High-cleanliness design — Low-dust and oil-contamination-resistant configurations help protect precision scientific equipment within accelerator tunnels and other controlled environments.

Specialised safety systems — Multiple layers of safety protection help reduce operational risks when handling high-value and sensitive research equipment.

SCADA integration — Crane systems can be integrated with site-level SCADA platforms for equipment status monitoring, fault alerts, and centralized operation and maintenance.

These requirements go beyond those of conventional industrial lifting applications, requiring close coordination between crane design, control systems, and the operational requirements of the scientific facility.

Supporting the Future of Particle Medicine

Projects such as HIAF demonstrate the increasingly specialized role of material handling equipment in large-scale scientific facilities. As accelerator technology and particle-based medical applications continue to develop, lifting systems must provide not only load capacity, but also the reliability, cleanliness, and environmental resistance required by advanced research environments.

Eurocrane's experience in HIAF has strengthened its capabilities in the design and engineering of specialized lifting equipment for scientific facilities and particle medicine applications

Building on this experience, Eurocrane will continue to develop customized material handling solutions for large-scale research infrastructure, combining European-style crane technology with application-specific engineering to meet the demanding requirements of advanced scientific facilities.