Manufacturers can now quickly turn ideas into physical prototypes using digital manufacturing techniques like rapid prototyping, 3D printing, and numerical control automation. These technologies shorten the time between design and production and allow for flexible and small-scale manufacturing. Digital manufacturing emphasizes service capabilities and the rise of design and programming over traditional manufacturing models. It enables manufacturers to get new products to market faster than ever before by fully embracing digital technologies.

1. Digital
Manufacturing

2. Manufacturers have the versatility and
sufficient scale they need to stay competitive,
with advanced techniques such as rapid
prototyping at their disposal.
To bring this example to life: new ideas
created with CAD software can quickly
become reality through the use of numerical
control automation, 3D printing and advanced
injection moulding. In other words, the
components of the prototype can be
produced in a matter of days from the
presentation of the design.

3. At the same time, digital manufacturing
technologies shorten the time required
between design and production; allow
accelerating the mechanisms of flexible
production of small quantities of
products. Thus, digital manufacturing
accentuates the role of the service
economy and the rise of design and
programming capabilities while
subverting the traditional forms of
manufacturing production.

4. A new generation of manufacturers will be able to take their ideas to the market at speeds
never before imagined. It is time to fully embrace the latest digital technologies, which can
breathe new life into this booming industry in the coming years.

5. The world of imminent technological revolutions has a
new candidate for the platform: digital manufacturing. The
technologies of digital manufacturing, and especially 3D
printing, allow digitizing objects in three dimensions and
manufacture them materially.