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A die is a frame that helps keep cutting tools aligned to create uniform threads on screws, bolts, and pipes. It allows for even pressure and spacing, making mass production easier and more cost-effective. Advanced technology now allows for computer equipment to adjust the position of dies for ideal threads.
Sometimes referred to as a die or die cast, the die is a very important piece of equipment to the process of creating uniform threads on different types of screws, bolts and pipes. In essence, it is a frame that helps keep the cutting tools aligned, thus ensuring that the wires are evenly spaced and are cut to the required specification. The stencils can accommodate two different types of cutting tools, generally known as button head and hex head dies.
To accomplish the task of creating uniform threads on different devices, a die provides the framework for positioning cutting tools, commonly called dies. These single dies are razor sharp and are capable of cutting through the metal of the screw or pipe casing with relative ease. Using the die allows you to apply even pressure to the task of creating the threads, thus ensuring that the threads are of the same depth along the entire surface of the pipe, bolt or screw. A device known as a die handle helps ensure that the amount of pressure applied remains uniform throughout the threading process.
There are several advantages to using a die apparatus for this purpose. Chief among these is the ability to create even spacing for the wires. This makes it much easier to mass produce screws and bolts. This helps ensure that the threads line up correctly with a wide range of similar fixtures.
A spinneret is also useful for keeping the production costs of different types of threaded items within reasonable limits. For the consumer this means that pipes, bolts and screws can be purchased at very low prices, making it much easier to manage small jobs around the house. Efficient production of the goods also means that the producer can compete with other companies producing similar goods and still generate a return for their efforts.
Over the years, the use of the chain has become increasingly sophisticated. While die alignment once required accurate manual positioning, many manufacturers now use computer equipment to adjust the position of dies to create the ideal threads for a particular product. Electronic monitoring of the process allows you to stop the operation if one of the molds slips out of position, correct the problem and then resume the activity at the same point. This allows you to recover what would otherwise have been a defective batch that could not have been sold.
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