Who owns Amkus rescue tools?
What can we help you find?
| Executive Management | ||
|---|---|---|
| Kyle Smith Cory Mack | President & CEO VP of Operations | [email protected] [email protected] |
| Amy Van Meter | Chief Financial Officer | [email protected] |
| Service and Repairs | ||
| Customer Service | [email protected] |
What are Amkus tools made of?
solid aluminum
AMKUS offers a family of high performance battery powered and line extrication tools. The tools’ bodies are constructed from solid aluminum and are ready for service in the severe duty challenging first responders.
What is a common hand tool used for extrication?
In addition to the power unit, there are three common pieces of powered hydraulic tools used in vehicle extrication: spreaders, cutters, and extension rams. hydraulic oil. Spreaders were the first hydraulic powered tools of extrication.
How much does the jaws of life cost?
Q: How much do jaws of life cost? If you are asking, “How much do jaws of life cost?” The jaws of life rescue tools cost around $495 to $750. The tools are not really expensive compared to the roles that they play.
What is the purpose of the jaws of life?
The ‘jaws of life’ are a hydraulic-extrication rescue tool used in a number of difficult emergency situations, particularly car crashes. It is most often used to pull drivers and passengers out of damaged vehicles after severe traffic collisions.
Which tools would you use to extricate a person trapped in a vehicle?
Rescue personnel use a number of powered rescue tools to extricate victims. There are three main types of powered rescue tools including: Hydraulic rescue tools – Rescue tools powered by a hydraulic pump. The pump may be powered by hand, an electric motor or a gasoline engine.
Do firefighters use the jaws of life?
The Jaws of Life are an important tool in every fire department’s arsenal. Using hydraulic technology, they can quickly, efficiently and safely extricate victims trapped in wrecked cars.
Are the Jaws of Life pneumatic?
Jaws of Life systems can also be powered electrically, pneumatically or hydraulically. Instead of arms, the cutter has curved, claw-like extensions that come to a point. Just like in the spreader, hydraulic fluid flows into a cylinder, placing pressure on a piston.
How does the Jaws of Life rescue system work?
The tool became an essential rescue device due to its speed. The Jaws of Life tool uses a piston system, similar to a car engine. A gasoline or electrical power source pushes hydraulic fluid into the first piston, which then pushes down the second piston and applies immense pressure into the tool quickly.
When tools are being used during extrication?
-When tools are being used during extrication, wear a face shield or goggles. Requires all EMS providers to utilize a high-visibility public safety vest while on or near the roadway. Over 2/3 of all deaths occur in those 65 and older.
What do firefighters cut cars with?
Hydraulic claws that pry open wrecked vehicles. Powered by hydraulic pumps, the tools can widen and cut through steel, allowing firefighters to pull people from wrecked cars. Flaherty says the “Jaws of Life” can apply 320,000 pounds of pressure. “They can cut through anything,” he says.
Who is allowed to use the jaws of life?
Atlanta firefighters use the “jaws of life” to pry open the doors and perform a mock extrication from a wrecked car. A device that was engineered in the 1960s has become indispensable in the face of devastating fires and crashes.
Who is the first person that invented the Jaws of Life?
George Hurst, an inventor who developed a tool to pluck drivers from their wrecked race cars, which was later adapted as the “jaws of life” rescue device widely used by police and firefighters, has been found dead in the garage of his Redlands town house.
How many PSI is the Jaws of Life?
10,000 PSI | HURST Jaws of Life.
What is the Hurst tool?
One powerful, yet portable tool that can cut, lift, spread and breach doors with ease.
What are the Jaws of Life tools?
What are the materials needed at Jaws of Life?
Cutters typically have an aluminum-alloy housing with forged, heat-treated steel blades. The piston and piston rod are often made of heat-treated alloy steel. The cutters are used to cut or shear through materials such as sheet metal and plastic.