3D printing, also known as additive manufacturing, is a process of creating three-dimensional solid objects from a digital file. The creation of 3D-printed objects is done by additive processes. In this process, an object is created by laying down successive layers of materials until the object is created.
With 3D printing, you can create difficult shapes using less material as compared to the usual manufacturing methods.
Applications of 3D Printing
The aviation industry is among those who adopted 3D printing technology early. As the aviation industry involves research and complex systems, the companies partnered with top research institutes for augmenting the usage of 3D printing technology.
As of now, many 3D printer aircraft components are developed, tested, and used in the industry. Global companies like Boeing, Airbus, etc, are using 3D printing technology in their research and manufacturing.
The Healthcare industry was one of the sectors to understand the benefits of 3D printing. Healthcare professionals have been using this technology since the early ’90s and 2000s. In fact, researchers had planted a 3D-printed organ in the human body.
The medical sector has benefited a lot from 3D printing technology. For example; 3D printer dental fixtures and hearing aids.
3D printing technology has helped designers to improve a lot. With this technology, folks with the ability to sculpt but were lacking in expressing their ideas. As there are several options for methods and materials, the designers are free to experiment with their ideas easily.
This is yet another sector where Rapid prototyping is used before manufacturing and implementing actual products. In fact, this is one of the sectors to gain a lot from 3D printing technology.
Companies such as Honda, Porsche, Mercedes, Lamborghini, and General Motors are some of the early adopters of 3D printing.
3D printing technology helps in converting the architect’s ideas of a project into a tangible product quickly. Moreover, changes can be done again and generate models accordingly.
When it comes to jewelry, highly advanced expertise and knowledge are necessary for every process. In jewelry, 3D printing can be called a disruptive technology. It is now rationalizing the traditional processes for optimizing and using 3D printing’s potential.
3D printing allows the prototyping of jewelry designs as per the customer’s requirements.
The demand for 3D printing is rapidly growing in the construction sector. Large housing communities are being developed through 3D printing. When it comes to construction, the UAE government announced one of the prominent projects is the “Dubai 3D Printing Strategy”. In this, the strategy is the introduction of a law that states 25% of the new building components should be manufactured using 3D printing technology by the year 2025.
The demand for 3D printing technology is increasing day by day in various sectors. I hope now you’re clear with the 3D printing technology and its applications through this blog.
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