Emergency Spinal Plate Board Stretcher | Roundfin
1. High-density polyethylene (HDPE) construction — X-ray and CT translucent for full diagnostic imaging without patient transfer from the spine board
2. Buoyant design floats on water with a patient up to 150 kg, enabling water rescue extraction and pool-to-ambulance spinal precautions without board change
3. Integrated pin-and-strap patient restraint system with 3 torso straps, 2 pelvic straps, and head immobilizer with lateral blocks and forehead strap
4. Twelve reinforced handhold cutouts with molded grip edges positioned for 2-6 rescuer lift teams; compatible with standard spine board carry straps and rescue bridles
5. Contoured runner design on the underside elevates the board 2 cm above ground, facilitating rescuer finger clearance during patient lift and reducing friction during slide transfers
6. CE marked and manufactured under ISO 13485 standards; compatible with all standard head immobilizers, spider harnesses, and scoop stretcher adjuncts
Product Overview
The Emergency Spinal Plate Board Stretcher is a professional-grade spinal immobilization device manufactured from high-density polyethylene (HDPE) for maximum strength-to-weight ratio with full X-ray, CT, and MRI translucency. The buoyant design floats on water while supporting a patient up to 150 kg, making it the standard spinal precaution device for water rescue, pool extraction, and surf lifeguard services. Twelve reinforced handhold cutouts with molded grip edges support 2-6 rescuer lift teams, and the integrated pin-and-strap restraint system with head immobilizer provides complete spinal motion restriction during transport.
Emergency Spinal Plate Board Stretcher — Professional Spinal Immobilization and Water Rescue
Key Takeaway: Emergency Spinal Plate Board Stretcher — Roundfin quality. Lightweight, durable construction. CE marked, ISO 13485 certified. Worldwide shipping with bulk pricing for institutional and government procurement.
Technical Specifications
| Parameter | Specification |
|---|---|
| Material | High-density polyethylene (HDPE); fully X-ray, CT, and MRI translucent |
| Buoyancy | Floats on water with patient up to 150 kg; closed-cell foam core for positive buoyancy |
| Dimensions | Approximately 183 x 45 x 5 cm (standard adult); pediatric size available |
| Handholds | 12 reinforced cutout handholds with molded grip edges; compatible with carry straps |
| Restraint System | Integrated pin-lock system: 3 torso straps, 2 pelvic straps, head immobilizer with lateral blocks and forehead strap |
| Weight Capacity | Up to 200 kg (440 lb) evenly distributed on land; 150 kg (330 lb) in water |
| Underside Design | Contoured runners elevate board 2 cm above ground for finger clearance and reduced friction |
| Certifications | CE marked; ISO 13485; compliant with NICE and ACS spinal immobilization guidelines |
Key Features
- Fully Imaging-Compatible — HDPE construction is completely translucent to X-ray, CT, and MRI; trauma patients can undergo full spinal imaging series, CT pan-scan, and MRI without transfer from the spine board, saving critical minutes in trauma resuscitation.
- Water Rescue Capable — Closed-cell foam core provides positive buoyancy; the board floats on water with an adult patient secured, enabling continuous spinal precautions from water extraction through ambulance transport to hospital trauma bay.
- 12 Reinforced Handholds — Molded grip edges around each handhold provide secure rescuer grip in wet, gloved, and adverse conditions; handhold positions accommodate 2, 3, 4, and 6-rescuer lift team configurations with balanced load distribution.
- Integrated Pin-Lock Restraint System — Quick-connect pin locks secure torso and pelvic straps to the board without Velcro degradation; head immobilizer with lateral blocks and forehead strap provides complete cervical spine motion restriction.
- Contoured Underside Runners — Elevate the board 2 cm above the ground surface, creating finger clearance for rescuer hand placement during patient lift and reducing contact friction during slide transfers to and from hospital beds, CT tables, and ambulance stretchers.
- Chemical and Fluid Resistant — HDPE is impervious to blood, bodily fluids, diesel, gasoline, and chemical decontamination agents; the non-porous surface enables complete disinfection with hospital-grade solutions between patients.
Applications
- Ambulance, hospital and first-aid patient transport workflows
- Rescue, evacuation and emergency-response operations
- Clinics, industrial sites and public facilities preparing emergency equipment
- Organizations selecting a stretcher or rescue device for the stated load and environment
Frequently Asked Questions
Can this spine board be used for water rescue?
Yes. The closed-cell foam core provides positive buoyancy, enabling the board to float on water while supporting an adult patient up to 150 kg. This allows water rescue teams (lifeguards, swift-water rescue, dive teams) to immobilize a patient with suspected spinal injury in the water on the same board used for ambulance transport — eliminating the risky transfer between water and land spine boards at the water's edge.
How are patients secured to the spine board?
The integrated pin-lock restraint system uses quick-connect pins that insert through the straps into receivers molded into the board. This is faster and more secure than traditional Velcro or buckle systems, particularly in wet conditions where Velcro loses adhesion. Standard configuration: 3 torso straps (chest, abdomen, thighs), 2 pelvic straps, and a head immobilizer with lateral blocks and a forehead strap. The pins are tethered to the board to prevent loss.
Is this board compatible with scoop stretchers?
Yes. The spine board can be used in conjunction with a scoop stretcher for the log-roll technique: the scoop stretcher is placed under the patient, the patient is secured to the scoop, the scoop is lifted onto the spine board, and the scoop is then removed, leaving the patient immobilized on the spine board. The board's contoured underside runners are designed to accommodate the scoop stretcher rails during this transfer without interference.
How should the spine board be cleaned and decontaminated?
The non-porous HDPE surface can be cleaned with any standard hospital-grade disinfectant including quaternary ammonium, sodium hypochlorite (up to 1%), accelerated hydrogen peroxide, and 70% isopropanol. For heavy contamination, pressure-wash at up to 80°C. Remove the restraint straps and head immobilizer for separate cleaning or replacement. The pin-lock receivers should be flushed with disinfectant solution to remove debris. Inspect handhold edges for cracks before returning to service. Replace the board if any handhold shows cracking or significant material loss.
Explore related emergency products or contact Roundfin for configuration, compatibility and quotation details.
