Radiolucent Hydraulic Patient Trolley Full-Body Imaging Compatible for X-ray/CT/MRI

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June 13, 2025
Category Connection: Transport Stretcher
Brief: Discover the Radiolucent Hydraulic Patient Trolley, designed for full-body imaging compatibility with X-ray, CT, and MRI. Featuring a carbon fiber/PEEK composite frame for minimal imaging artifacts, this trolley ensures seamless patient transfers across hospital departments. Its precision hydraulic system offers auto-adjust height and a 500lb capacity, making it ideal for emergency rooms, operating theaters, and specialized care units.
Related Product Features:
  • True full-body radiolucency with <0.3% imaging artifacts for clear X-ray, CT, and MRI scans.
  • Multi-modality ready, optimized for 80kV-150kV X-ray, 420HU CT, and 3T MRI without patient transfer.
  • Auto-adjust height (45-100cm) with LiDAR-assisted alignment for seamless integration with OR tables and scanning gantries.
  • 500lb (227kg) capacity with reinforced titanium joints for stability during bariatric scans.
  • MRI-safe hydraulics with a non-ferraulic fluid system for enhanced safety in MRI units.
  • Seamless surface design prevents crevices from trapping contrast agents and withstands CT-room disinfectants.
  • Ergonomic lifts for ventilated patients in ICUs, ensuring caregiver safety.
  • Heavy-duty construction supports obesity management protocols in bariatric wards.
Faqs:
  • What makes this patient trolley compatible with full-body imaging?
    The trolley features a carbon fiber/PEEK composite frame that achieves <0.3% imaging artifacts, ensuring true full-body radiolucency for X-ray, CT, and MRI scans.
  • Can this trolley be used in MRI units?
    Yes, the trolley is MRI-safe with a non-ferraulic fluid system, making it suitable for 3T MRI imaging without compromising safety.
  • What is the weight capacity of the hydraulic patient trolley?
    The trolley has a 500lb (227kg) capacity, supported by reinforced titanium joints, making it ideal for bariatric patients and heavy-duty applications.