Shock, Tilt, Static and Condensation, Not Corrosion
Medical imaging equipment fails in a completely different way from industrial machinery. The threats are mechanical shock and over-tilt, electrostatic discharge and condensation. An MRI magnet, gradient and RF coils, a CT gantry and the dense electronics behind them are aligned and calibrated to tolerances a single hard knock can disturb, turning a working scanner into a recalibration, a warranty dispute or, in the worst case on a superconducting magnet, a threat to the helium cryostat. Static discharge can kill boards silently, and condensation during a cold-to-warm transition can short electronics or corrode connectors. These shipments also demand cleanliness and tight coordination with the manufacturer's magnet and cryogen procedure.
BENZ packs these systems to instrument standards and proves it. Units are cushioned on engineered foam and air-ride-friendly mounts, fitted with ShockWatch and TiltWatch indicators calibrated to the OEM's g-force and tilt thresholds so any mishandling is visible, time-stamped and photographable on arrival, evidence that protects both warranty and insurance claims. Equipment is wrapped in anti-static barrier with desiccant and humidity-indicator cards against condensation, crated in clean, sealed, often ramped cases, and handed over with a packing completion record of baseline indicator readings and photographs. All magnet and cryogen handling is coordinated with the manufacturer's protocol.