With the emergence of 3D printing technology, ordinary printing has definitely suffered a setback. From the automobile to aerospace, pharma and even sports etc., 3D printing has managed to change the way printing was previously perceived. Now the output is much more vibrant, much more real.
The emergence of 3D printing has given rise to another opportunity. This is the manufacturing of 3D printer filament. With the ever growing need for 3D printing, the need for these filaments has also escalated and more and more people are capitalising on the same. Since these plastic filaments form the very backbone of these printers, care must be taken to use only high quality filaments.
The technology behind 3D printing
Additive manufacturing, which is the name of the technology behind 3D printing, has been in the market since the latter half of the 20th century, yet it was not very well-known. This was primarily because it was neither capable nor cost-effective enough for commercial manufacturing where high-volumes were an absolute necessity. Even the 3D printer filament was not up to the mark that was expected for such high-end printing.
But very soon these shortcomings were taken care of by the launch of mid-level 3D printers which
• Offered many high-end features in the form of a desktop,
• Was able to deliver at lower price points and
• Had increased printer speed for high-volume output.
Another factor which contributed to the successful emergence of 3D printing is the likely expiry of key patents in the next few years. This has hastened the speed of innovation thereby ensuring there are more goodies to come which will only enhance the popularity of this technology. In this case, if you are looking for 3D printer find a trustworthy store.
Use of 3D across industries
Any further advancement of additive printing is supposed to take place in the three co-ordinated areas. They are
• Development of new printers and methods of printing,
• Creation of new software for designing and printing and
• Improvement in printing materials.
Thus many industries have already gone in for full scale use of this technology. The ones, who have not, already have their plans in place for its implementation. Some of these industry sectors are
• Industrial manufacturing and automobile: this technology helps by the
o Consolidation of many constituents into one complex part
o Creation of production tooling
o Production of spare parts
o Hastening of the cycle for product development
• Aerospace: In this sector they help by creating complex geometrical parts, controlling their material properties and making them lighter
• Healthcare and Pharma: Detailed surgical planning, development of prosthetics and other orthopaedic implants, bio printing of live tissues for future drug development etc., are some areas which benefit by the use of this technology.
• Retail: Creation of eye-catching and trendy items of fashion and its accessories, home decoration, toys etc., can be achieve with this technology
• Sports: In this sector it helps in the creation of multi-coloured and multi-material samples, better protective gear etc.