Advanced 3D Printing technologies used in Industry

Nowadays, the globe spins like a ball in a child's palm. People were heading to get back to their actual routine in different paths... We must update ourselves in this type of habitat in order to advance from where we are currently. People should follow suit, as the globe has been constructing itself recently as a result of the covid19 pandemic and is gaining massive development day by day.

The Industries are adapting to new technologies and getting better, fast, and more productive in their respective fields. New technologies, new toys, and new methods were creating a huge revolution in the field of manufacturing. We know that the manufacturing sector is a huge place that requires a high amount of time, space, resources, and human work. But these new technologies make it more ease to handle it.

By Using additive manufacturing methods, several industries were growing rapidly and developing themselves for an ultimate level of future that would be revolutionizing the history of growth.

“3D printing has traditionally been good for making very complicated shapes of one-offs or a few-offs but aren’t scalable to high production.?But I’ve invented a new technology that can make very complex shapes at high production volumes.?3D printing has had a lot of hype in recent years but it’s certainly going to have a profound way of changing the way things are made.”

- Professor Neil Hopkinson

The fields of Space research, Medical application, Architecture, Manufacturing (automobile, machinery, etc.), Robotics, Biotechnology, Nanoscience, etc.. are getting highly benefited from the technology what we called as 3D Printing or Additive Manufacturing.

High-Speed Sintering (HSS), Multi-Jet Fusion (MJF), and Selective Laser Sintering (SLS) are the methodologies or techniques that have been utilized by the industries/sectors. Let's have a peek at what these technologies are and how it impacted the industries.

High-Speed Sintering (HSS):

A thin layer of polymeric powder, like PA12 or TPU, is deposited in this innovative technique. For sintering, an inkjet print head deposits an infrared absorption solution directly onto the powder surface. The next step is to shine infrared light on the construction area, which the fluid absorbs and uses to melt and fuse the underlying powder. Layer by layer, this step is followed till the structure is complete, culminating in functional plastic parts.

Benefits,

High-volume 3D print technology is yours to license, build competitive machines with USPs for your customers, source materials from anywhere, and slash production costs. Achieve growth through new innovations and break into new markets.

Lucratively bring breakthrough new products to the populace. With confidence, mass customizes and gets closer to your clients. Reduce storage, shipping, and waste by leveling your supply chain.

Multi-Jet Fusion (MJF):

Multi Jet Fusion is an industrial 3D printing technology that can create working nylon prototypes and end-use production parts possible inasa short as one day. When compared to methods like selective laser sintering, the final products have good surface finishes, higher feature resolution, and much more consistent mechanical qualities.

The following is a list of Multi Jet Fusion applications, Parts exhibiting isotropic mechanical features that need to be consistent complex and organic geometries with fine details functioning prototypes and end-use parts.

Selective Laser Sintering (SLS):

Selective laser sintering (SLS) is an additive manufacturing (AM) technique that involves sintering microscopic particles of polymer powder into a solid structure based on a 3D model using a high-powered laser. For decades, SLS 3D printing was a popular option for engineers and manufacturers.

The technology is excellent for a wide range of applications, from fast prototyping to small-batch, modular, or specialized manufacturing, because of its low cost per part, high productivity, and well-established materials.

These are not only the methods that have been utilized by the industry...there are several more innovations that has a huge role in the development of the cycle we are circling on. Innovation keeps the world better and makes it more living.

Let us know your perspective about these technologies and do comment on your suggestions.