Austlift Head Immobiliser – 918010
The Austlift 918010 Head Immobiliser is designed to help securely stabilise a patient’s head during rescue, recovery and transportation, helping to restrict unwanted head and neck movement and reduce the risk of further injury.
Designed as part of the Austlift Rescue & Recovery range, the Head Immobiliser is normally used in conjunction with the 918003 Plastic Spine Board and 918011 Spider Harness to create a comprehensive patient immobilisation system. The 918013 Adjustable Neck Cervical Collar can also be incorporated to provide additional support and help restrict neck movement during patient immobilisation and recovery.
The 918003 Plastic Spine Board is specifically designed for use with the 918010 Head Immobiliser and 918011 Spider Harness.
Features
- Helps stabilise and support the patient's head during immobilisation and transportation.
- Designed to restrict lateral head movement and assist in maintaining a stable head position.
- Adjustable securing straps help hold the head securely in position.
- Designed for quick and straightforward fitting during rescue and recovery operations.
- Suitable for use with the 918003 Plastic Spine Board.
- Complements the 918011 Spider Harness for securing the patient's body to the spine board.
- Can be used as part of an immobilisation system incorporating the 918013 Adjustable Neck Cervical Collar.
- Suitable for industrial rescue, confined space, emergency response and patient recovery applications.
- Can also be used with the 918008 Aluminium Scoop Stretcher, which is specified as compatible with the 918010 Head Immobiliser.
Recommended Patient Immobilisation System
918003 – Plastic Spine Board
Provides the rigid platform for patient support and transportation.
918010 – Head Immobiliser
Helps secure and stabilise the patient's head to restrict unwanted movement.
918011 – Spider Harness
Secures the patient's body to the spine board using multiple restraint points.
918013 – Adjustable Neck Cervical Collar
Provides additional neck support and helps restrict cervical movement during immobilisation and patient handling.
Used together, these components provide a practical patient immobilisation and transportation system for rescue and recovery applications.
