The Research about the 3D Printing Technology

3D printing technology has been upgraded and improved day by day into a valuable tool for fields like

·         Manufacturers

·         Researchers

·         Designers

·         Engineers

·         Scientist

The creation of a three–dimensional object with material layer by layer is 3D printing. This is different from traditional manufacturing, where the process included a subtractive approach, which included a process of forging, grinding, molding, cutting, welding, gluing, bending, and assembling. On the other hand, 3D printing uses an additive approach with a snap maker.

3D printing technology has completely changed the industrial manufacturing field. In what way? It has been noted that over the years, this technology has developed to the point that it can now print mechanical components and some replacement parts with a professional 3D printer. Furthermore, it has not only impacted the industrial field, but it is being prospected that it is affecting and will ultimately affect our way of life in the future. Why? Because 3D printer project technology makes it possible to process a three–dimensional model in a single process.

When we focus our attention on the level of consumer additive manufacturing, we find that there are majorly two 3D printing techniques. The techniques include

ü  Fused Deposition Modeling

ü  Stereolithography

These two techniques process objects by adding materials, layer by layer, to make a model. But Stereolithography is known to use a computer-controlled motion laser beam programmed using CAD / CAM software to harden resin exposed to the beam to create a desired three–dimensional shape. Fused Deposition modeling uses a thermoplastic filament, which is therefore heated to its melting point through a heated nozzle, then extruded layer by layer to come up with a three–dimensional object. 

Read More: Affordable Large 3D Printers from Snapmaker