The Simple Working Mechanism and Defining Factors of the English Wheel

The English Wheel is a critical industrial tool used in the field of mechanical engineering. It is considered to be the most prudent investment that allows you to work efficiently with sheet metal.

How is it Defined?

It is a large C shaped device that is used for creating compound curves for different projects. It is this large C shape that plays a vital role in most of the industries that deal in framing and designing thin metal pieces. It is also a sheet metal fabrication device that furnishes curves to metal parts, metal sheets and/or panels made from steel or aluminum.

The most prominent work of this tool is typically found in the different types of panels of steel and aluminum that are stretched and polished to suit a variety of applications. It offers peerless flexibility in manufacturing panels with a variety of curvatures. This tool is extremely helpful in operations such as building fuel tanks, customized vehicle bodies, creating art installations and many more. In point of fact, it is also extensively used in producing prototypes of cars, bikes, airplane parts, and for small jobs like seat cowls and motorcycle tanks. In addition, they can also be used for more advanced machine in the form of a multi-station work center. All these applications stand to benefit from the implementation of this simple device.

Some Prominent Standard Factors of the Machine

1. Heavy Duty Construction

2. Quick Release Lower Anvil

3. Height 60″

4. 8″ Top Wheel

5. Throat Depth 28″

6 Weight 150 pounds

7. Floor stand, one flat anvil and 5 pieces radius anvils (2 3/8″, 3″, 5″, 8 1/2″, 12″)

8. Precision Ball Bearings

Nonetheless, in addition to these defining features, this machine can also be used for creating compound curves on varied metals like mild steel, copper, and brass.

The Working Principle

The principle of working of the English Wheel is absolutely very simple. It consists of two wheels through which a sheet of metal is extended. The lower wheel of this tool is known as the anvil wheel. As the sheet of metal passes through the two wheels, the applied pressure that is exerted by the wheeling mechanism causes reduction in the metal thickness. While the thickness of the metal keeps reducing, the metal slowly gains a curvature equivalent to the shape of the wheels that it passes through. Unlike plastics, which are formed by use of heat and pressure. The English wheel simply uses the pressure of an overhead roller to control the amount of curve put into the metals.

In this manner, the wheeling machine helps in creating curved panels in a short duration of time ensuring consistent and good results in the end. Although, it takes plenty of time to understand the entire working and handling of this high-end tool, learning the ropes of operating this machine isn’t rocket science. With proper dedication to learning and applying appropriate techniques, a fabricator can master the art of using this machine very well. Owning to all such aspects, the English wheel has emerged as the most effective and popular machine in every metal fabrication sector across the world.

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