Applications of Additive Manufacturing in 4 Major Industries

It is a process that produces a certain material in defined dimensions layer by layer. The process is convenient and efficient, and its impact of it has changed the manufacturing processes of industries across the globe.

It can be used to produce incredibly complex designs and intricate objects with a high level of accuracy that is not offered by conventional manufacturing methods. The process itself is quite versatile, allowing for many different types of materials, from metals to polymers, resins and more, to be used for the production process. The exact details of this will rely on your requirements.

It offers high-quality printing services in Australia, and in this blog, we will be talking about applications of it in various industries.

Applications of it in 4 Major Industries

1. Aerospace Industry

The aerospace industry inherently requires the most cutting-edge technology and manufacturing processes to be used to keep everything as secure and up to date as possible. And in that, it plays a crucial part. There are many parts of an aeroplane that are produced through this. And the main reasoning behind that is the cost-efficiency of producing parts this way. Parts produced through it are also lighter than those produced through conventional methods. This contributes significantly to weight reduction, which further saves money for the aeroplane manufacturers. 

It also helps produce compound parts. This means that where tens of different smaller parts would’ve been required, a single large part can be fitted, which is also made possible by this technique. 

2. Automotive Industry

Compound parts are also very beneficial in the automotive industry because manufacturers don’t have to spend more time producing separate parts. The fact that the parts are lighter also means weight reduction, which means faster cars and higher fuel efficiency.

It has also helped meet the demand for spare parts much more accurately, as the production process is quick. This means that the parts can be produced according to demand in a much more regulated way than before, where such parts could only be produced in a large quantity. 

3. Medical & Dental Devices

It has been massively beneficial for the medical industry because it helps produce prosthetics and implants that are much lighter in weight and just as sturdy, if not more. Some cutting-edge applications of it have even produced artificial body tissue, which has helped people regain mobility.

4. Consumer Products

From utensils to shoes, phones, bottles, and much more, the world of consumer products has been completely changed by the introduction of this technology. Development times have been accelerated to a fraction of what they used to be. And the prototyping process is also much easier and more refined, allowing manufacturers to produce better products from the get-go.

It has also impacted the customization facet very positively. Where customization used to be a slow process, It has allowed for it to be taken to the mass-production level. The cost-efficiency of this process is also much better than traditional methods. 

To Wrap Up

The impact of it cannot be understated. It isn’t just these four industries that it has impacted positively, but many more of them too. It continues to refine production and manufacturing processes and make things more convenient for people around the world.

If you are looking to introduce this technology into your organization for the production of certain parts, you can contact us online for printing services in Australia. In fact, upload your design and get a quote today!