APPLICATIONS

3D Printing

WHAT IS IT?

What is 3D printing? 3D printing is a process that uses digital files to create a 3-dimensional object. During the 3D printing process, an item is created by building thousands of layers of material. Each layer is dictated by the digital file, allowing a computer to carefully place material where required. 3D printers excel at creating details and precise products. The items that can be printed with a 3D printer vary tremendously in size, shape, and even material, making it extremely versatile. 3D printers can make items with rigid or flexible plastics, allowing you to manufacture items like cell phone cases and sunglasses.

HOW DOES IT WORK?

How does 3D printing work? The 3D printing process relies heavily on a machine that’s installed with a digital file. That digital file gives the machine direction about where to place each layer of molten material. After a layer of material is completed, it must dry before the next layer is implemented. The 3D printing process requires items like a computer, a 3D printer, a filament, tools, models, and a slicer. 3D printing can be used to make consumer products, industrial products, prosthetics, and even for reconstructing items like fossils. Car manufacturers and the aviation industry commonly rely on the 3D printing process because parts that are out of production can be very difficult to find.

WHAT IS THE PRCOESS?

What is the 3D printing process? Once you have a digital 3D model (which can be created with various types of software), you’ll prepare your file for a 3D printer. The preparation process is known as “slicing,” because it slices the image into thousands of layers that’ll be printed one at a time. And then you can use additives to construct that object in question. Early 3D printers carved away pieces from an object instead of adding them to an item. But, today, the process is additive driven. After you model an item, slice the model, and layer material, you’ll also put the finishing touches on your product. 3D printing can be difficult to use for large batches of products, but it’s an excellent option for regulatory challenges, restoration, and more.

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