A hydraulic shock is an electronic device that changes the flow of water from a surface to a core.
Mechanical arm, or hydraulic, shocks are used in hydraulic applications, such as when installing or repairing plumbing, said Eric Boulton, a product development engineer with the company.
“It’s a mechanical component that can help create a mechanical shock to create a current,” Boulson said.
“You can have a very strong hydraulic shock and not have a lot of current flowing through the pipe.”
The new hydraulic shock, which uses a small electric motor to apply pressure, is designed to create the shock when a pump is inserted into a system.
It works by applying a small amount of pressure to the pump, creating an electric current that flows into the pump.
The electric current is then used to pull the pump back into the pipe.
The new design reduces the amount of water flowing through a system, Boulston said.
Mechanical arms are typically used in water treatment systems to remove or treat water.
The device can also be used to create pressure to apply a filter on a water treatment system.
This new device is a bit different.
Boulwood said the design is different because it uses a single-electrical motor that applies pressure to a mechanical arm instead of a hydraulic arm.
The mechanical arm is able to apply much more pressure because the electric current in the motor is much larger, Boulston said.
The motor will be powered by a small battery pack that is located in the pump motor.
The battery pack uses lithium batteries and can charge the electric motor.
Mechanical shock and electric shock are not interchangeable terms because they both work in the same way, Balsons said.
Bolsons said the new design is designed for use in water system applications.
He said he doesn’t expect to see it in use in a commercial water treatment unit because the system requires a higher pressure.
He added that he expects the new mechanical shock will be a part of the next generation of hydraulic shock designs.
Balson said the company will have to make sure the new shock design is tested for safety before it will be used in a residential or commercial water system.
The company has a patent for the design and is hoping to commercialize it.
A previous version of this article misidentified the company as GmbH. It is not.