The number of machine heads can be selected at will, and single and double copies can be bound at one time. This machine automatically delivers book stickers, automatically binds books, and automatically receives books after manual folding. Full electrical control, balanced transmission, safety and reliability. It is an ideal binding equipment for printing and packaging industry.
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The traditional book binding method is to sew the pages together according to the "tag code". This is a rather complicated process, which is simple for skilled bookbinding workers, but it may be difficult to do it with machines. Therefore, bookbinding workers who want to improve their working speed, especially when making brochures and magazines that usually require high speed, are trying to bind them with small pieces of bent iron wire.
The first person to use a stapler was King Louis XV of France. The staples used by Louis XV are all hand-crafted, with the royal logo printed on them, which is used to bind the royal documents together.
1868 Charles Gould obtained a British patent for the wire stapler. Gould used iron wire as a material, cut the wire into a certain length, and the tip of the wire forced through the paper and then folded it off.
1869, Thomas Briggs of Boston, Massachusetts invented a machine that could do the job. And set up "Boston Wire Binding Machine Company" to manufacture and sell this machine.
This machine breaks the wire, bends it into a U-shape, then uses it to nail through the pages, and finally bends it to fix the book. Briggs' original stapler was quite complicated because there were many steps in it.
1894, Briggs adopted a manufacturing process. First, the iron wire was rolled and bent to make a series of U-shaped staples. These nails can be put into a simpler machine, which can embed them into paper. This machine is the prototype of today's stapler. Early U-shaped nails were wrapped in paper or put in a stapler alone.
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