Spine Board – Lightweight Emergency Patient Transport Board
Per piece
The Spine Board is a lightweight and durable emergency patient-handling device designed to assist trained responders with patient movement, transfer, and immobilization during rescue and emergency situations.
Constructed from high-strength ABS plastic, the board provides a strong and easy-to-maintain platform while remaining practical for transportation and deployment. Multiple integrated handholds allow responders to maintain a secure grip during lifting and patient transfer.
The non-porous, water-resistant surface supports routine cleaning and disinfection, while compatibility with accessories such as head immobilizers and patient restraint straps makes the board suitable for professional emergency response, pre-hospital care, rescue operations, and medical training.
High-Strength ABS Construction: Durable plastic construction designed for professional emergency and rescue applications.
Lightweight & Portable: Easy for trained responders to carry, position, and transport.
120 kg Load Capacity: Designed to support patients up to the manufacturer's specified maximum load.
Approx. 6-Foot Length: Provides a full-length patient-support platform.
Multiple Handholds: Integrated ergonomic openings provide multiple gripping positions for responders.
Easy-to-Clean Surface: Non-porous construction supports routine cleaning and disinfection between uses.
Water-Resistant Construction: Suitable for use in a variety of emergency and rescue environments.
Corrosion Resistant: ABS construction does not rust like conventional metal components.
Accessory Compatible: Designed for use with compatible head immobilizers and patient restraint straps.
Professional Emergency Use: Suitable for ambulances, hospitals, EMS, rescue teams, and emergency preparedness applications.
| Specification | Details |
|---|---|
| Product Type | Spine Board / Patient Transport Board |
| Material | High-Strength ABS Plastic |
| Length | Approx. 6 ft* |
| Maximum Load Capacity | Up to 120 kg* |
| Construction | Heavy-Duty One-Piece Design |
| Surface | Non-Porous & Easy to Clean |
| Handholds | Multiple Integrated Handholds |
| Water Resistance | Yes |
| Corrosion Resistance | Yes |
| Colour | Rescue Orange / May Vary |
| Compatible Accessories | Head Immobilizer & Patient Restraint Straps |
Dimensions, weight capacity, and other specifications should be verified against the exact model supplied.
Ambulance services
Hospitals and trauma centres
Emergency Medical Services (EMS)
Fire and rescue services
Disaster response teams
Industrial emergency response
Sports and event medical teams
Medical and first aid training institutes
Professional rescue operations
Emergency preparedness facilities
Depending on the clinical or rescue application, the spine board may be used with compatible:
Head immobilizers
Patient restraint straps
Cervical collars
Other manufacturer-approved patient-handling accessories
Accessories may be sold separately unless specifically included with the selected product.
1 × Spine Board
User Documentation, where supplied
The Spine Board combines a durable ABS construction with a lightweight, easy-to-handle design for professional patient transfer and emergency response applications.
Its multiple handholds, non-porous surface, one-piece construction, and compatibility with immobilization accessories make it a practical addition to ambulances, emergency medical facilities, rescue teams, industrial first aid stations, and training centres.
The Spine Board is professional patient-handling equipment and should be used by appropriately trained personnel following current emergency care and patient movement protocols.
Before use, inspect the board for cracks, deformation, damaged handholds, sharp edges, or other signs of wear. Where restraint straps or head immobilization accessories are used, ensure they are correctly fitted and in serviceable condition.
Do not exceed the manufacturer's specified maximum load capacity. The appropriate method of spinal motion restriction, immobilization, patient transfer, and duration of board use should be determined by trained medical or emergency personnel according to current clinical protocols.
Suitability for pediatric patients, water rescue, imaging procedures, or other specialized applications should be confirmed for the exact product model before use.
