Kendrick Extrication Device in Dubai - UAE

Extrication Devices are devices and instruments utilized by firemen, rescue squad, paramedic, etc., to free a trapped victim from a vehicle or any confined area. These devices are intended to offer some stability and support to the patient, whilst enabling the responder to gently ‘pull’ the patient out of possibly dangerous circumstances. Different forms, variety and designs of the extrication tools and equipments are available because the tasks involved in car extraction portrays much variety. Here are some common types of extrication devices:

Extrication Device

Kendrick Extrication Device Supplier in Dubai, UAE

Enhancing Emergency Response with Extrication Devices: A Comprehensive Guide

Introduction:

I must admit that with all the different tools in emergency response, extrication devices are the most crucial. They help in the evacuation of people from cars or from other areas that may be congested during calamities. Such devices are needed to prevent added losses as well as to enhance the possibility of rescuing people as soon as possible. Let us dig deeper into the details of the aspects of the features and gains of the extrication devices and why they serve a vital function during emergencies.

1. Rapid and Safe Extrication:

Extrication tools come as gadgets designed to help pull people out of various situations where they cannot be removed ordinarily. These appear especially helpful, especially after car accidents where people are trapped inside a car or after a building has collapsed and everyone inside needs to be evacuated.

2. Versatility for Various Rescue Scenarios:

Extrication aids are of the following types, spine boards, stretchers, and some special gadgets for particular rescue operations. It enables the emergency responders to select the most suitable device depending on the rescue circumstances and hence improve the rescue work.

3. Sturdy Construction for Durability:

Extrication devices are designed to be robust as they are meant to be put to work for a very long time. They are most of the time designed to be made from very hard materials such as high-density plastics, aluminum, or steel all to survive the rigors of the rescue missions.

4. Secure Patient Immobilization:

Of course, it is crucial to address the protection of patients in conditions when they are extricated from some environment. These devices have systems such as straps, restraining equipment, and padding to keep the patients in position and safe to avoid added complications during rescue.

5. Compatibility with Spinal Immobilization:

Some extrication devices can be used in combination with spinal immobilization methods. This is crucial when there could be spinal cord injuries, as it usually can be applied together with neck collars or other equipment to keep the spine immobile.

6. Easy Manoeuvrability in Challenging Environments:

Again, littleness and mobility are the aims of extrication devices even in tough places they should be mobile. These are some of the characteristics that include handles, wheels, or some that can be folded since these devices are taken by rescuers to various locations and come in handy when they want to access narrow spaces.

7. Compliance with Safety Standards:

New producing soft and rigorous extrication rules should be followed to provide products that can meet industry standards or be superior to them. In other words, it is safe to say that emergency responders can have confidence in these devices for various rescue operations.

Conclusion:

There are rescue tools that are vital in rehabilitation to offer easy and safe ways of rescuing stranded individuals. For car accidents, workplace accidents, or rescue situations in confined areas, the best tools are crucial to protecting the lives and health of emergency personnel and those trapped inside. Select reliable devices, get appropriate training, and show an intention of doing operation within the right amount of time and appropriate safety measures.

Kendrick Extrication Device uses:

1. Take the Extrication Device out from the case and spread it entire length. Stand down neck pad straps, and head restraint straps. It is suggestively advisable to have three responders during the application of this device. One responder should support the head and neck manually while the suitable cervical collar (not including in the model) was chosen and placed. Support of the head and neck should be carried on manually throughout this procedure. While performing it there should always be a responder on each side of the patient who shoud slowly move his back allowing you to place the extrication device behind the back without much shifting of the patient. The restraints will be directed AWAY from the patient. Prolonging with the spine of the patient, be so certain the extrication device is placed rightly.

2. The chest restraints are folded and secured by closure fastener strap with closure fasteners. Another one is loosening them by either bending or twisting the nut with screws holding them or by opening them. See that the straps themselves are modular in terms of their dimensionality and that they can be shorter or longer. Tang-ended straps are put on the right side of the patient while placing the receivers on the left side. Slide the leg straps with white buckles away from behind the patient’s body and position them to the side in a way they are not interfering with. Buckle the middle and bottom chest harness. Now there should be no need to use the top chest restraint, so leave it undone at this time. So continue doing it until the flaps of the chest lie just below the level of the axilla while positioning the extrication device on the back of the patient. Tighten the number 2 and 3 mid and lower chest restraint straps. Place each of the leg restraints under each leg of the patient as you slide it. PULL the strap end up between the legs and engage the tang to the receiver on the SIDE opposite to that of the extrication device. Tighten both leg restraints.

 

3. Place roll from the neck up if there is a gap between the patient’s neck and the extrication device use a neck pad if available or other type of padding. Also in the neck pad, there is provision for the addition of thickness by folding Over the structure. Place the head flaps up and over the patient’s head and then take one of the white head restraint straps and put it around the head flaps and buckle across the patient’s forehead. Take one of the other head restraint straps and wrap it around the head flaps at the side of the patient’s chin.

 

4. Screw and constrict the upper chest restraint. Glance for it so that every tether is respectively comparatively well tightened. Make sure that the extrication device is in line with the spine and down to the length of the spine, the flaps of the chest are placed under the armpits. Maneuver the patient as minimally as possible once to turn, tilt, or lift the patient to log roll and slide or transfer to a backboard or any other spinal moving device. Position the restraint straps over the patient and pull them right down to the back of the backboard to secure him or her.

 

 

Applied for:
The Extrication Device is intended to be used in entrapment to help immobilize a patient if the person is suspected to have sustained a spinal cord injury. It is ideal to be used by an ambulance, a hospital, a battlefield gym, or for carrying the wounded and patients. It also can be used in general operations.
 
Material:  Fabric & Bamboo
Size: 82 x 71 cm
Net Weight: 3 Kg
Load Limit: 159 Kg
STANDARDS: CE, FDA

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+971 55 725 7978, +971 50 725 7983

Email

 sales@sabsafety.com

Address

SAB Safety Equipment Trading Br – Sharjah 
Industrial Area 18
​Sharjah
United Arab Emirates

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