Namma

3D Printing VS Machining

In our previous articles, we have outlined the different advantages of owning a 3D printer, but also the different advantages of owning a machining machine. These two processes are very different, since one revolves around the addition of material and the other revolves around the removal of material. In spite of their opposite manufacturing methods, they can combine a real complementarity.

A quick review of the benefits of 3D printing. 

A 3D printer can shorten development processes, replace outsourcing and complete research projects faster.

It also offers unlimited customization, a wide choice of usable materials, allows for infinite iterations, and also offers great design freedom. It allows users to prototype and build tooling to get a quick return on investment by eliminating subcontracting steps.

Impression 3D et usinage
Differential cover in 3D Printing - Prototyping

On the machining side, this process allows for the production of parts with precise tolerances (to the microns) and quality surface finishes, which is essential to ensure industrial grade and reliability of the parts produced in high-tech industrial sectors. 

CNC machining is also a versatile manufacturing method, allowing to work on a wide variety of materials, which makes it an advantageous choice for the realization of customized productions, with the ability to produce parts in small and medium series quickly and with precision, thanks to various functions such as drilling, tapping, milling and engraving.

Impression 3D usinage
Robot gripper fitting - Tools

 

They are each adapted to their specific applications and yet, in the era of Industry 4.0, it is important not to put them in competition.

Thus, 3D printing is adapted for unitary manufacturing / prototyping in terms of cost and reactivity, while machining will be more adequate for mass production.

Impression 3D usinage
Bearing in series - 3D printed part on the left and machined part on the right

As you can see, both processes have common points in terms of manufacturing optimization. In addition to this aspect, it is important to underline the importance of the complementarity of 3D printing and machining. 

The combination of the two processes on the same part allows to benefit from all their advantages, combined in a single hybrid part.

Impression 3D usinage
Moule composite imprimé en 3D puis usiné - N-PA12 CF

Imagine: 3D print the blank of the part and in a few seconds, go directly to the machining to realize the finishing of this same part, all in one machine… this is what EVA promises you!

Gain agility and autonomy with EVA, the hybrid machine.

Create your parts in 3D printing then machine them and obtain a part with precise dimensional tolerances to 0.05mm and surface finishes with a Ra of 0.3µm.

Equipped with a large working volume (1000mm x 500mm x 500mm or 500mm x 500mm x 500mm), it allows you to produce single parts or batches of parts. Don’t be limited by space, make large and numerous parts.  Thanks to its N-Play software, its handling is intuitive and allows you to easily use each process.

Now you can combine additive and subtractive manufacturing in one machine on the same part.

The advantages of 3D printing and machining are numerous and complementary, despite their fundamental differences. By combining these two manufacturing techniques in one machine with EVA, you can benefit from the speed of 3D printing and the precision of machining. EVA is an indispensable tool if you are looking to gain agility and autonomy in your manufacturing process.

Is repeatability a guarantee of quality and performance in 3D printing? Repeatability is a fundamental concept in many fields, particularly engineering and …

What is IDEX 3D printing ? 3D printing is constantly evolving, with new innovations emerging every year to make its technologies more …

Hybrid 3D printer: industrial precision From aerospace to automotive, from mechanical engineering to defence, the different environments in which industrial sectors operate …

Hybrid 3D printing: aesthetic part The industrial sector is a very demanding environment when it comes to manufacturing parts. Prototypes, moulds, tooling, …

Leave a Comment

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.