Combo Spine Board

This spine board is engineered for fast, safe, and stable patient immobilization across a wide range of emergency scenarios. Constructed with a high-density polyethylene shell reinforced by internal aluminum tubing, it delivers superior strength while remaining lightweight, impact-resistant, corrosion-resistant, and non-aging—ideal for hospitals, ambulances, fire departments, and field rescue operations. The design includes both adult and child sizes, allowing flexible use across different patient types without compromising safety.

The board provides excellent X-ray, MRI, and CT compatibility, allowing patient imaging without repositioning and minimizing secondary injury. Multiple evenly distributed handholds enable rescuers to lift and carry the patient from any angle, and the board works seamlessly with head immobilizers, cervical collars, basket stretchers, and other rescue equipment.

Its rigid structure supports effective CPR during transport, while its water-resistant construction and buoyancy allow stable use in wet environments—helpful in water rescue where reliable flotation and fast handling are critical. The surface is easy to clean and fully disinfectable, making it suitable for frequent professional use.

Key Advantages:

• Reinforced HDPE construction with internal aluminum tubes: strong, durable, and resistant to aging

• Available in adult and child sizes: flexible use for varied patient needs

• Full imaging compatibility with X-ray, MRI, and CT for safer diagnostics

• Multiple handholds for coordinated multi-person lifting

• Rigid structure allows CPR and chest compressions during transport

• Water-resistant and buoyant design suitable for wet or aquatic rescue

• Easy-to-clean, fully disinfectable surface

• Compatible with head immobilizers, cervical collars, and rescue stretchers

• Load capacity up to 159 kg（adult） / 50 kg（child）

Applications:

Hospitals, outpatient clinics, ambulances, fire departments, emergency teams, public safety units, outdoor rescue, and water-rescue operations.