There are many things that companies need to consider in order to be successful. These include efficient manufacturing processes. Modern manufacturing processes in particular are attractive, as they bring with them a number of advantages over traditional processes. In the course of this, 3D printing should definitely be mentioned.
In recent years, 3D printing has increasingly become a leading production process. More and more companies use their own 3D printers or resort to a 3D printing online service. Both can make sense. But what actually makes 3D printing so attractive and an alternative to conventional manufacturing processes? It's a fair question, and one we'd like to look at in a little more detail here.
Low labor costsThepotential cost savings is one of the main reasons why more and more companies are using 3D printing.
This is not surprising. After all, 3D printing offers businesses huge potential savings. One of the things worth mentioning is labor costs. In traditional manufacturing, it is common for several people to operate a machine.
In addition, the product usually needs to be assembled at the end. This results in high labor costs. With 3D printing, on the other hand, this is not necessary. Basically, only one operator is needed to start the machine.
It then performs an automated process to create the desired design. Manual labor is virtually unnecessary.
A wide range of materialsThereare 3D printing processes for a wide range of materials. Moreover, the manufacturing process can be wonderfully combined with other processes.
A good example of this is injection moulding. For example, 3D printing can be used to produce high-quality injection molds. However, because of its compatibility with a wide range of materials, there are many more possibilities. 3D printing even provides access to materials that would be difficult to process any other way.
This makes the process interesting for almost all branches of industry. After all, the technology knows almost no boundaries. It already plays a decisive role in the automotive industry, medical technology and aerospace, among others. In the future, this will be the case in practically all areas of industry.
Low susceptibility to errorsItis common for many products to be manufactured in different production steps. At least with classic manufacturing processes. The susceptibility to errors is thus higher than would be the case with single-stage manufacturing. This is the case with 3D printing.
Manufacturing in one step is quite possible and the operator does not even have to actively intervene. After all, it is a completely automated process. With traditional manufacturing processes, there is also a high risk of faulty prototypes, as they not only cost a lot of time, but can also cause a lot of financial damage. Even small adjustments usually cost a lot of money.
With 3D printing, this risk is virtually non-existent. With a production-ready prototype, designs can be verified without much trouble. This makes it easier to estimate the right moment for final production. It can also increase confidence in a particular model.
Thus, potential investors can get a better picture of the final product.