Day by day, a new thing is being discovered and innovation has become a part of our daily lives. Undeniably, our lives have become so much better nowadays and this is all thanks to the new technology. And if we talk about technology, then the use of a 3D printing machine will never be left one.

When we hear the term 3D printing, it’s like from a science fiction. However, the method is comparable to the of CNC machining where billets are being cut into different products and shapes. But in three-dimensional printing, instead of making cuts, you are actually printing.

How it Works?

A 3D printing machine works by printing different objects, but instead of making use of inks, it utilizes more functional materials such as rubber, metal, plastics, and the likes. Also, it scans objects or even takes the current scan of a particular object, then cuts it into some layers to be converted into a physical thing.

As a result, you get a product that is not as durable, functional, or intricate as the actual equivalent, but is a tangible thing that did not even came to existence 30-seconds before you actually printed it.

3D Printing Machine: How it Works and Its Role in Education

Produced Different Objects

The thing that you will produce will actually be dependent on what is being printed. If it is a rubber ball, a piece of plastic chess, or a toy jewelry, you are not really printing an equivalent of the real version, the real object itself.

This technology now plays a great role in education. It allows users to bring things out of a computer screen to their hands. This is then used for analysis, inspection, and other types of processes that could benefit from the use of physical manipulation. With this, 3D printers could eventually be a tool that will link the gap between the digital and physical world.

Benefits of 3D Printing in Education

1. Allows engineering design students to print prototypes

2. Allows architecture students to print 3D models of different designs

3. History classes could print out historical artifacts to be used for exams

4. Graphic design students could print out 3D artworks

5. Geography students could print out demographic, topography, or population maps

6. Cooking students could make molds for their food products

7. Makes it possible for automotive students to print out replacement parts or change existing parts for testing

8. Chemistry students could produce 3D models of molecules

9. Biology students could print out viruses, cells, organs, etc.

10. Math students can now print out problems they can solve in their own learning spaces like scale models or city design challenges.

With this technology, it is no wonder why the education sector is not capable of producing and discovering things we thought would never be possible. Related: 3D Printer Melbourne