Spencer - Spine Splint

Spencer Spine Splint is a critical medical device used to immobilize and stabilize the spine of patients with suspected spinal injuries, ensuring that no further damage occurs during transport or treatment. Ideal for use in emergency medical situations, the spine splint provides support to prevent movement and maintain proper alignment, reducing the risk of further injury to the spinal cord.

Made from lightweight, durable materials, the Spine Splint is designed for quick and easy application by healthcare professionals and first responders. Its adjustable design ensures a secure fit for patients of various sizes, making it suitable for a wide range of trauma care situations, from accidents to medical emergencies.

Key Features:

• Effective Spinal Immobilization: Provides secure stabilization to the spine, preventing movement that could worsen injuries.
• Lightweight and Durable: Made from strong materials like plastic or aluminum, offering both strength and ease of use.
• Adjustable Straps: Equipped with adjustable straps for a customizable fit, ensuring the splint remains secure and comfortable during transport.
• Easy Application: Designed for quick, efficient use in emergency situations, allowing healthcare providers to stabilize the patient rapidly.
• Compact and Portable: Lightweight design makes it easy to carry and store, making it ideal for use in ambulances, hospitals, or trauma centers.

Ideal For:

• Emergency medical services (EMS) and paramedics
• Hospitals and trauma centers for spinal injury stabilization
• First responders in accident scenes or medical emergencies
• Sports teams or outdoor rescue operations dealing with suspected spinal injuries

Technical Parameters:
Length 850 mm
Width 500 mm
Maximum thickness (1) 25 mm
Dimensions wrapped with bag 920x250x120 mm
Materials PVC, Nylon, wood
Weight with bag 3.3 kg
Maximum load 150 kg

The Spine Splint is an essential tool in spinal injury management, ensuring that patients are safely immobilized and transported, reducing the risk of spinal cord damage and enhancing overall patient care.