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About Us How PDF Software is used by the Manufacturing Industry Most people think of machine presses, dies, conveyer belts and even robots as tools of the manufacturing trade. Software is sometimes included in that image, but generally programs that create blueprints and CAD drawings are the things that come to mind. Surprisingly, however, PDF software is one of the most important tools that the industry has come to rely on over the past few years, especially with the advent of 3D PDF capabilities used in design and assembly. PDF software plays a part throughout the business of manufacturing If you think about the manufacturing process in its most basic form, it goes something like this: take an order, acquire supplies to fill the order, make things, send those things to distribution, then collect payment. In any industry, taking orders generates a lot of paperwork. There are order forms, download orders, requisitions and a host of other documents that need to be filled out, signed, sent and stored before you ever turn the machines that build products on.
There are actually multiple types of processes a manufacturer uses, and those can be grouped into four main categories: casting and molding, machining, joining, and shearing and forming. One popular type of molding is casting, which involves heating plastic until it becomes liquid, then pouring it into a mold.
Once the plastic cools, the mold is removed, giving you the desired shape.
You can also use casting to make plastic sheeting, which has a wide variety of applications. There are four other types of molding: injection molding, which melts plastic to create 3-D materials such as butter tubs and toys; blow molding, used to make piping and milk bottles; compression molding, used for large-scale products like car tires; and rotational molding, used for furniture and shipping drums.
Machining in Manufacturing It would be difficult to make products like metal parts without the use of some type of machine. Manufacturers use tools like saws, sheers and rotating wheels to achieve the desired result.
There are also tools that use heat to shape items. Laser machines can cut a piece of metal using a high-energy light beam, and plasma torches can turn gas into plasma using electricity. Erosion machines apply a similar principle using water or electricity, and computer numerical control machines introduce computer programming into the manufacturing mix.
Joining in Manufacturing You can only get so far with molds and machines.
Laser machines can cut a piece of metal using a high-energy light beam, and plasma torches can turn gas into plasma using electricity. Erosion machines apply a similar principle using water or electricity, and computer numerical control machines introduce computer programming into the manufacturing mix.
Joining in Manufacturing You can only get so far with molds and machines. At some point you need to be able to put multiple parts together to make one piece.
Otherwise, just about all you can create is IKEA-like furniture that needs to be assembled, part by part. Joining uses processes like welding and soldering to apply heat to combine materials.
Pieces can also be joined using adhesive bonding or fasteners. Shearing and Forming in Manufacturing When dealing with sheet metal, shearing comes into play. Shearing uses cutting blades to make straight cuts into a piece of metal.
Another metal-shaping process is forming, which uses compression or another type of stress to move materials into a desired shape. Although forming is often used with metal, it also can be used on other materials, including plastic.