Why does the moving of medical equipment need specialist engineering?

Moving medical or laboratory equipment is not a standard logistics task; it is a high-stakes technical project. A single diagnostic scanner, analytical instrument, or pharmaceutical production line may contain sensitive electronics, calibrated sensors, and vibration-sensitive components with strict installation tolerances.

According to the World Health Organisation, around 50% of medical equipment in developing countries is not functioning, is not used correctly and optimally, or is not properly maintained. For healthcare providers, pharmaceutical manufacturers and research laboratories, this underlines why specialist planning, controlled handling and post-move validation are essential when relocating sensitive medical and laboratory equipment.

With over 160 years of experience managing complex machinery assets, Beck & Pollitzer delivers a safety-first approach to medical and scientific asset relocation. Our global scale enables us to execute cross-border transfers seamlessly, deploying specialist rigging teams that understand how to treat delicate technology with structural engineering precision.

Industry alignment: Our life sciences and pharma capabilities

To support the full lifecycle of a life sciences facility, our services are aligned with the rigorous demands of regulated, high-precision, and sterile environments. as outlined in our comprehensive guide to life sciences and pharma facility engineering:

• Cleanroom machinery installation: We operate under strict “clean-build” protocols, using non-marking lifting gear and contamination controls to maintain ISO 14644 compliance. This guarantees we deliver precise machinery installation services without compromising the sterile integrity of your facility.
• Pharmaceutical production lines: Our multi-disciplinary teams manage the mechanical and electrical integration of complex fill-finish, inspection, and packaging systems, coordinating closely with Original Equipment Manufacturers (OEMs).

• GMP & GDP compliance: All relocation activities are performed with a focus on Good Manufacturing Practice (GMP) and Good Distribution Practice (GDP) to ensure full documentation, traceability, and audit-ready handovers.

• Precision alignment: Using advanced industrial metrology and laser tracking, we level and position high-value medical assets to sub-millimetre tolerances, a step that is critical for the long-term calibration stability of diagnostic imaging equipment.

The relocation process: From decommissioning to validation

Relocating high-value assets requires a phased, engineering-led approach to protect both the hardware and the critical clinical services or research data it supports.

1. Technical audit: A detailed pre-move engineering survey to assess structural floor loading, transit dimensions, access routes, and electrical/utility profiles.
2. Asset tagging and chain of custody: High-value components, fragile peripherals, and backup systems are fully mapped and tagged to ensure 100% trace accuracy during re-installation.
3. Specialist rigging and transport: Utilising specialised air-ride, vibration-dampening transport and industrial rigging and lifting mechanisms. Our LOLER-compliant lifting plans safely manage heavy, sensitive assets like MRI or CT scanners through tight internal envelopes.
4. Reinstallation and levelling: Precise mechanical alignment and utility reconnection, verified by metrology trackers to prepare the machine for its final validation phase.

Medical and lab equipment relocation checklist: Use this checklist to prepare your facility for a successful move:

• Inventory audit: Create a full list of all assets, including serial numbers and current calibration status.
• OEM coordination: Contact equipment manufacturers to confirm warranty requirements and specialised decommissioning steps.
• Utility mapping: Identify all power, gas, and plumbing requirements at the new site before the move begins.
• Floor loading verification: Ensure the new facility’s floor can support heavy diagnostic or production machinery.
• Contamination control plan: For cleanroom moves, define the “clean-build” protocols and gowning requirements for all personnel.
• Risk assessment (RAMS): Finalise Method Statements and Risk Assessments, including specific plans for vibration control and fragile components.
• Regulatory documentation: Ensure all activities are logged for GMP/GDP compliance and audit readiness.
• Contingency planning: Define downtime windows and have backup plans for critical samples or data storage.

Frequently asked questions

Can you move equipment while the facility remains active?

Yes. We specialise in phased, out-of-hours, or zoned relocations to minimise disruption to live clinical spaces, operational hospitals, or continuous research environments.

What is the difference between standard movers and medical equipment movers?

Generic movers focus on standard transport logistics. Specialist medical equipment movers treat assets as delicate engineering projects – using laser tracking, cleanroom-approved non-marking equipment, and rigorous structural rigging metrics to protect sensitive internal calibrations.

Do you handle the relocation of cleanrooms?

We manage the decommissioning, relocation, and installation of complex machinery inside cleanrooms, strictly adhering to ISO 14644 standards to prevent cross-contamination during the mechanical installation phase.

Planning a medical or laboratory equipment move?

Beck & Pollitzer provides specialist support for the safe relocation, rigging, transport and reinstallation of high-value healthcare, laboratory and pharmaceutical equipment. Our teams combine engineering expertise, controlled handling methods and precision alignment to help protect sensitive assets throughout the move.

Speak to our team about your upcoming medical equipment relocation project.