Controlled Relocation of Oncology, Radiotherapy and Imaging Systems
Relocating a linear accelerator, CT simulator or other specialized medical system is a coordinated engineering and logistics project. These systems contain precision mechanical assemblies, electronics, control hardware and high-value components that can be damaged by poor handling, vibration, impact or unsuitable transport conditions.
Our relocation support can connect the technical and logistics stages from the first site review through de-installation, component identification, protective packing, loading, transport, delivery and preparation for reinstallation. The project plan is adapted to the equipment, route, destination and timing requirements.
Relocation Planning & Technical Preparation
Before a system is moved, the equipment and both facilities should be reviewed. The plan can take into account current configuration, access routes, room restrictions, heavy modules, lifting requirements, transport method, destination conditions and the intended installation schedule.
The technical sequence may include electrical isolation, mechanical disassembly of selected modules, labeling, preparation for packing, loading coordination and positioning at the receiving facility. Sensitive assemblies such as gantry-related parts, treatment tables, cabinets, control hardware and imaging components should be handled according to their individual characteristics.
- Project planning and stakeholder coordination
- Equipment and origin/destination site assessment
- Mechanical de-installation and electrical isolation
- Controlled disassembly of selected components
- Component identification, labeling and organization
- Preparation for protective packing and transport
- Loading and unloading coordination
- Transport to the destination facility
- Positioning at the new location
- Preparation for reinstallation
- Coordination between technical and logistics teams
Protective Packing & Crating
Standard commercial packaging may not be sufficient for high-value radiotherapy equipment. Packing methods should be selected according to the dimensions, weight, sensitivity and transport risks of each component.
Protection can include surface wrapping, securing of moving parts, shock and vibration control, moisture protection, reinforced packaging or custom crates where appropriate. Clear labels and component identification also make inventory control and reinstallation easier at the receiving site.
- Identify and catalogue equipment components
- Record dimensions and approximate handling weight
- Separate sensitive and fragile parts
- Protect electrical and electronic modules
- Provide shock and vibration protection
- Protect equipment surfaces
- Secure moving assemblies
- Prepare component-specific transport packaging
- Use reinforced crates when required
- Label components, cables and accessories
- Prepare packed items for controlled loading
Secure Transport & Delivery
After de-installation and packing, transport must match the dimensions, weight and technical characteristics of the equipment. Large or sensitive modules may require dedicated vehicles, lifting equipment, rigging arrangements or controlled loading procedures.
Route planning, load restraint, documentation, delivery scheduling and receiving-site readiness are part of the logistics process. Cargo-insurance coordination can also be included when required by the project.
- Transport method and vehicle selection
- Specialized loading and unloading
- Load restraint and cargo securing
- Heavy-component handling coordination
- Route planning
- Transport documentation
- Cargo-insurance coordination when required
- Delivery scheduling
- Receiving-site coordination
- Controlled unloading
- Delivery and handover verification
International Medical Equipment Relocation
Cross-border projects add customs, export/import documentation, international freight, insurance and destination-country logistics to the technical relocation process. Equipment dimensions, destination, transport mode and local requirements should therefore be considered at the planning stage.
Depending on the project, road, sea, air or multimodal transport can be used. Coordination between the technical team, freight provider, customs representatives and receiving healthcare organization is important for keeping the shipment sequence aligned with the installation plan.
- International relocation planning
- Origin and destination coordination
- Technical de-installation
- Export-grade packing and crating
- Preparation for international transport
- Freight coordination
- Road, sea, air or multimodal transport planning
- Export documentation support
- Import and customs coordination support
- Cargo-insurance coordination
- International logistics tracking
- Destination delivery and local transport planning
- Controlled unloading
- Preparation for reinstallation at the receiving facility
End-to-End Relocation Workflow
A relocation project is most effective when the technical and logistics activities are treated as one connected workflow. This reduces the risk of missing components, incompatible schedules or site-preparation issues at the destination.
- Assess the equipment and origin/destination sites
- Define the relocation plan and responsibilities
- Complete mechanical and electrical de-installation
- Identify and label system components
- Pack and crate components according to their sensitivity
- Load and secure the shipment
- Carry out domestic or international transport
- Coordinate customs and international logistics when required
- Deliver to the destination facility
- Unload under controlled conditions
- Position major components
- Prepare the system for reinstallation
- Perform a technical condition check before installation
Supported Equipment Categories
Relocation methods are selected individually according to the technical characteristics of each system. Project support can be planned for a range of oncology, radiotherapy and medical-imaging equipment.
- Linear accelerators
- CT simulators
- CT systems
- PET/CT systems
- Oncology imaging systems
- Treatment tables
- Control systems
- Technical cabinets
- Cooling and supporting equipment
- Associated accessories and sub-components