Carbon Steel Hydraulic Patient Recovery Trolley with X-Ray Cassette Holder 220kg
Versatile carbon steel hydraulic recovery trolley combining patient transport with diagnostic imaging capability. Model JYK-B322XR features an under-platform X-ray cassette holder, 5th wheel precision steering, and a gas spring backrest for recovery ward efficiency.
Product Overview
- Hydraulic recovery trolley with X-ray cassette holder
- Model number: JYK-B322XR
- Overall size: 2150*750*550/880mm
- Maximum loading capacity: 220kg
Construction Materials
- Frame: High-strength carbon steel with epoxy powder coating
- Back board: X-ray translucent panel for cassette imaging
- Cassette holder: Stainless steel tray with adjustable position stops
- Bottom cover: Impact-resistant ABS molded panel
Key Features
- Under-platform X-ray cassette holder accommodates all standard sizes
- Cassette positioning stops for repeatable imaging alignment
- 5th wheel steering castor provides one-finger directional control
- Central lock brake system with visual engagement indicator
- Gas spring backrest adjustment with infinite position lock
- Hydraulic height adjustment with foot pedal operation
- Collapsible side rails with integrated accessory mounting points
- Stainless steel IV pole with double hook, height adjustable
Technical Specifications
| Feature | Specification |
|---|
| Height Range | 550-880mm hydraulic foot pedal |
| Backrest Angle | 0-75° gas spring infinite lock |
| Cassette Holder | Stainless steel, adjustable position |
| Cassette Sizes | 35*35cm, 35*43cm, 43*43cm compatible |
| Castor System | 4pcs 200mm central lock + 5th steering |
| Side Rails | 1 pair stainless steel, collapsible |
| Frame Finish | Epoxy powder coat, anti-bacterial |
| Mattress | 80mm foam, PU leather, 3-section |
Applications
Ideal for recovery wards, orthopedic units, and facilities where bedside X-ray imaging is frequently required. The integrated cassette holder eliminates the need to transfer patients to radiology for routine follow-up imaging, improving workflow efficiency.