The Importance Of The Thread Mill In Fabrication
The basic premise behind thread mills is very simple. Thread mills create a hole in a metallic product so that there is room for a screw, a connection spot, or because the fabrication of the work piece requires such a piece to be put into a hole. Just because the idea behind thread milling is somewhat simple doesn’t mean that the machining is, and it doesn’t mean that every hole is created by a mill, for various reasons that I’ll explain below. There are specific types of thread mills and there are types of reasons to use them in each given situation. There is no question however, that thread mills create the most ideal hole for very precision million and other metallic fabrication processes.
Many fabrication shops do not use thread mills, they use taps for the greatest variety of the holes. This is due to the fact that it is much cheaper to use the tap process in the greatest amount of applications. The taps can be simple, require less effort and technology and there is generally a great deal less equipment that is required for taps to be done properly, while mills usually need a great deal more technology and high-end equipment to be performed correctly. So if taps are so cost-effective for the majority of applications, why would anyone choose to use a thread mill?
The reasons that fabrication shops use thread mills is due to the fact that they are precise. The level of accuracy when boring a hole in a metal work piece that is possible with a mill process is unparalleled. There is no other type of process that can get the job done with such a great chance of success. Not only that, there is no doubt that the precision to all the way through a product is second to none when using the thread mill process. The simple reason that the thread mill process is used is because it allows a variety of bores with a very high level of precision that is just not possible with the tap method. Mills can use the rotation to create a wide range of bores through any thickness or size metallic work piece.
There are many factors that must be understood when choosing the type of thread mill to use, and to notice how to differentiate high quality from low quality thread mills. First, the toughness of the mill should be examined. Due to the fact that the mill will operate under high heat and friction levels, it is important that the material that is coating the product be carbide or at least carbide-tipped. There are also certain designs that are advantageous toward the process, for example a helical flute design allows smoother and cleaner cuts. Thread mills definitely have an important place in the modern fabrication shop.
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