Propelled by cutting-edge technology and advanced innovations, Additive Manufacturing is imagining production processes in an enhanced way and redefining sustainable architecture.
When the complete Manufacturing process – from conception to delivery – takes 90 percent lesser time and occupies 80 percent lower energy, it is a notable departure from convention. Add to this the benefits of environment-friendly methods and the savings on sustainable procedures, and the manufacturing arena has a real revolution. The inception opens the door to the world of Additive Manufacturing (AM), which is converting industrial processes and guiding towards a new destiny for factories.
The progressive technologies and modifications associated with Additive Manufacturing are initiating up new pathways for economic, industrial, and logistical advantages in the manufacturing area. Industry pioneers are at the vanguard of this metamorphosis, providing hardware and software solutions to OEMs of Additive Manufacturing devices and integrating AM technologies into mainstream manufacturing for themselves at the corresponding time.
The Additive Manufacturing time
While traditional and subtractive manufacturing creates 3D objects by machining out matter from the groundwork of raw material, Additive Manufacturing or usually known as 3D-Printing adds layer-upon-layer of the content to create the product – be it a small machinery segment or mega-sized industrial machine.
Though in its initial stages, Additive Manufacturing is projected to touch a market of USD 20-billion by 2020, and McKinsey foretells that the impact of the Additive Manufacturing industry could accelerate to a possible USD 250-billion by 2025, the industry can imagine the growth curve. The Indian 3D-printing market alone is assumed to be worth USD 79 million by 2021.
While enhanced domestic production, low manufacturing expenses and an increased utilization beyond industries and application will push this growth, the combination of crucial Additive Manufacturing players with the Indian Government’s ‘Make in India’ initiative will additionally boost its expanding footprint.
On its part, Siemens is employed to driving this growth through its integrated hardware and software explications using our digital enterprise approach for the Additive Manufacturing value chain. They are already supplying their integrated Additive Manufacturing solutions to many of the leading OEMs across the globe.
Application of Additive Manufacturing
Accelerated prototyping helps print parts secure, significantly reducing time-to-market, thus expediting up the overall innovation and reproduction cycles. Additive Manufacturing also yields significant benefits in sustainability and resource exhaustion – cutting gas emissions by about 30 percent, using 65 percent fewer resources and producing components with more exceptional strength and lifespan.
Additive Manufacturing printers print industrial spare-parts from 3D-datasets, ingesting away with the need for factories to physically store them for eventual use, thereby enabling quicker repairs, improving processes and promoting easier upgradation to the modern designs.
Today, Additive Manufacturing is proceeding towards rapid inroads in sectors as different as automotive, power, healthcare, and aerospace. NASA is known to have famously printed and tested a rocket injector, while Formula1 race cars are frequently using 3D printed parts for improved efficiency. Additive Manufacturing allows enhanced customization and makes highly complicated solutions available for power businesses and manufacturing factories.
Adoption of Additive Manufacturing in Manufacturing
Rising to the benefits of rapid industrialization and rapid repairs, a reliable 34 percent of manufacturers in the US have already completed Additive Manufacturing technology in their production methods.
As the investments wanted for the implementation of Additive Manufacturing will contract in the near future, and skilled workforce is contracted to operate with latest technologies, Additive Manufacturing will make rapid strides in its journey to reconstruct modern manufacturing and reshape the future of factories.
However, one can say that industrial printers and software are not whole stories. Businesses have to think carefully about how to integrate Additive Manufacturing into their generation processes in the future.
The existing global environment is conducive to the recapitulated growth and adoption of Additive Manufacturing technologies in the generation for increased speed, dependability, and efficiency. It is inescapable for global and domestic players to decide to prepare, investigate, and embrace the challenges while making substantial moves towards the future of Additive Manufacturing technology.
