Every day, businesses discover new uses for the technology, ranging from tooling to replacement parts and some end-use components. "3D printing" is one such discovery that’s been booming for the last couple of years. It is a new generation of devices capable of producing commonplace items. It is fascinating because the same machine can make a variety of things in a variety of materials.
How they Work
If you look closely (with a microscope) at a page of text from your home printer, you’ll see the letters don’t just stain the paper, they’re actually sitting slightly on top of the surface of the page. In theory, if you printed over that same page a few thousand times, eventually the ink would build up enough layers on top of each other to create a solid 3D model of each letter. That idea of building a physical form out of tiny layers is how the first 3D printers worked.
The 3D printing technique divides an item into thousands of tiny small pieces, which are then assembled slice by slice from the bottom up. Those little layers adhere to one another to form a solid entity. 3D printers can generate moving pieces like hinges and wheels as part of the same product since each layer may be quite intricate. Without using any tools, you could print a whole bike, including handlebars, saddle, frame, wheels, brakes, pedals, and chain. It's simply a matter of leaving gaps in the appropriate areas.
Future opportunities
Several sectors, including healthcare, aerospace, and defence, have seen significant changes in major parts of their operations as a result of improved digital infrastructure, materials research and supply chain maturity, and additive manufacturing technology stability. According to Lux Research, a Boston-based digital consulting group, the worldwide 3D printing industry is expected to triple over the next decade, reaching $50 billion. Applications are expected to continue to be a major driving factor in the sector. While efforts in materials science are underway to bring a wider selection of materials to market, many prospects remain unexplored. Skills used in Additive Manufacturing are linked to this. Design for Additive Manufacturing is emerging as a new skill set, and based on anecdotal hiring experience in the 3D Printing Industry, institutions are increasingly including AM into their curricula. Another enabler is the increase in computer power. While a reduction in energy costs due to a shift to renewable energy sources and developments in storage would also help. Overall, this new technology has the ability to reshape our society and the development sector.
In other words, with the broad use of 3D printers, both consumers and producers will experience a revolution. The challenges posed by 3D printing can only be met by greater creativity and flexibility, but there's no denying that the inevitable dawn of this new era opens up more opportunities for good growth than it would otherwise.
If you found this blog helpful, do share it with your friends.
To know us better, you can visit us on - https://engg.kkwagh.edu.in/
You can also follow us on Facebook , Twitter, Instagram, LinkedIn and YouTube.
0 Comments