What is a coil binding?

Coil binding is a simple binding process that is used for different types of documents. It is not unusual that formal presentations and designs will be constructed using the coil binding. This form of binding is also a popular option for cooking books and handbooks for teaching. Printed materials that are connected using the coil binding do not have the right spine, as with books and other documents that are bound by other methods. However, the coil binding allows the document to be open when it is open.

There are a number of different names for the coil binding process. Many brochures use so -called spiral bonds. These examples of coil binding use thin metal coils that pass through a series of perforation along the top or left side of the document. The coils can be simple exposed metal types or metal can be covered with a protective plastic cover, which is available in many different colors.

Easy coils are another form of coil binding used in many business environments. Rather than using metal is the oneThis type of coil binding is made of plastic and includes a round body with a number of weapons that feed on a series of holes that broke into the edge of the brochure. When the weapons emerge from the opposite sides of the holes, they are safely placed under the rounded body of the coil, which is unlikely that one of the pages will slip off the line. Many businesses still use manual binding machines using this method to bind brochures, presentations and designs. Cookbooks created and sold as fundraisers for non -profit organizations also use the type of coil bindings because the process is relatively cheap.

Although today there are still manual binding machines in normal use, there are also automated machines that can produce a large number of products linked to the coil over a short period of time. Vieting machines on a coil of this type include a means of punching holes into materials to be tied, properly aligned materials and moving material position. The machine can thusé crimp the ends of the metal coils and ensure that they do not slip from the position.