One of the many things that constantly keeps the world evolving is creativity! Look around you and you’ll find innumerable examples of devices, things, tools, etc. All of them were firstly created in someone’s thoughts and then in reality. For example, take the smartphone that we are using one moment after the other, isn’t it the most appropriate example of how creativity has strived in the idea of communications? Creativity cannot survive without the help of modern technologies. And when we talk about modern technologies, we must include 3D printing- the technology that is changing the face and fate of the manufacturing world.
The idea of additively manufacturing an object is not only asking people to think differently, but also push the question of their limits of creativity and ask them to expand. Allying with creativity, 3D printing is bringing in a revolution of freedom into designing and fabricating. And the fact that artists are beginning to take notice of this technology stands as evidence of its unique qualities. The fields of arts, such as sculpting, fashion, and installation are collaborating with this layer by layer manufacturing concept and opening up new spectrums for artists worldwide. So, let’s take a look at some aspects of how this change is currently coming into being.
1) Intricate Designs are getting fabricated and turning into realities
According to pick3dprinter, an industry that we should look up to while talking about intricate designs is jewelry. The 3D printing technology is efficiently involved in developing parts and functional prototypes related to this industry. This is done to an extent that there are many 3D printers primarily meant for this industry, currently being manufactured by renowned companies.
Apart from jewelry, the world of the fashion industry is another niche where 3D printing is working out wonders. Stereolithography 3D printing technology is one of the key manufacturing technologies that 3D fashion designers are employing to create clothing that contains complicated designs. Professional designers such as Mia Vilardo and Riccardo Polidaro taking advantage of SLA 3D printing technology, and the 3D printers made by Formlabs company. They have created clothing accessories which were then finished with gold and chrome plating.
2) 3D Printing lets you create models that do not necessarily have limitations of size
One of the main struggles that artists have to face is in the size of the product that the manufacturing technology is able to create. And they often have to compromise on their creativity because not every technology can offer the same size they are willing to bring into reality. But thankfully with 3D printing technology artists do not have to face this limitation. The digital nature of this manufacturing technology is held responsible for offering such freedom.
An example of 3D printed art and its artist is Philip Beesley and his Sentient Veil. He is grateful to 3D printing technology for enabling him to produce short runs of highly customized pieces for speakers that are present in his work, accurately. 3D printing technology avails him the option of printing large parts in a single build without any assembly.
So, 3D printing technology does not only work while 3D printing jewelry like minute intricacies, but also while 3D printing huge pieces of artwork. Be it hinges, extending features, and moving parts.
3) Thinning the lines between Artistic Disciplines
3D Printing technology gives you the audacity to imagine maze-like designs. Hence it makes it possible to take the artistic disciplines to the next level. An example of what we intend to state here is reflected in one of the works presented by Nervous System, a company that is into the creation of unique art, jewelry, and housewares. For creating products related to the above-mentioned field, the company takes into account computer science, math, biology, and architecture.
Using their unique ceramic resin material, they have created a cellular tea set. If you look at the intricate design in pieces that makes these tea sets, you’d come to know how 3D printing lets you play into many artistic disciplines more smoothly than any other manufacturing technology.
4) 3D Printing helps evolve Art Restoration
Previously impossible artworks restorations were made possible with the help of 3D printing and other digital technologies. Art restorers are using 3D Scanning for evaluating antiques before their restoration process. And then they are working with digital modeling software for creating the missing elements by using the design of existing parts. 3D printing is used for creating prototypes, quality control as well as pre-visualization.
5) Increasing standards of functional artworks
The main role of 3D printing comes into raising ongoing standards of prototyping and production. This process of revolution applies to both, small and large media. Jewelers are employing this technology for customizing their customer’s pieces. And this process of preserving, accessing, and then iterating digitally stored designs is costing jewelers lesser than before. Apart from jewelers, ceramic artists are taking the benefit of developing an already created object on a larger scale, as well as manufacturing smaller scale functional artworks with complicated designs.
Having stated so, the technology is still in its nascent stage and evolving and associating itself with other industries. It has been decades since 3D printing technology’s inception. And if today it is affordable to buy a 3D printer for $200, it’s going to be even cheaper in the coming days. The 3D printing technologies that are used for making dimensionally accurate parts are going to become more and more accessible to common people.
And all of these are the signs that make us conclude if 3D printing technology is pushing the boundaries of creativity right now; it will work more and more efficiently in the future. There are possibilities that 3D printing technology will become a mainstream preference for manufacturing. It will win the race by beating injection molding which is currently the most preferred manufacturing technique. It’ll be able to do so by offering customers, the personalization they demand, the flexibility they demand and above all, it’ll be able to give you the precision which traditional manufacturing technologies were not able to offer.