Digitalisation is part of everyday life. Emails are used more than letters, the newspaper is read digitally and online shopping is possible around the clock. Digitalisation has become indispensable in private as well as professional environments. But how does this technological and social change affect the skilled crafts and trades industry? We explore this topic below.
Digitalisation provides opportunities for small and medium-sized businesses to stand out from their competiton and remain successful. Digitalisation in skilled crafts and trades doesn’t just affect the organisation of the office. Digital technologies have enabled new ways of working including websites and online appointments. Laser technology is a great example of digitalisation in progress. Previously, sawing or milling was used but today the laser is often used as a digital tool.
The earlier students come into contact with digital tools, such as a laser machine, and their use becomes normal, the more prepared they are for modern everyday work. If you compare the syllabuses of apprenticeships from “then” with now, you can see that digitalisation is also increasing rapidly in the skilled crafts and trades. For example, laser technology has found its way into carpentry: The laser cutter is used for demanding inlays or for cutting and engraving.
The laser cutter is ideal for implementing digitalization in skilled crafts and trades, more precisely the process “from idea to product,” quickly, easily and safely. The idea is developed digitally, the file is then sent straight to the laser cutter and, in the next step, it is engraved or cut with the laser machine. The laser cutter plays a key role in digital production of drafts, prototypes and models. You can engrave and cut a large number of materials, and quickly and easily develop and adapt ideas and prototypes.
In addition to simple digital production, there are other advantages to using a laser cutter in education:
- Innovative educational institutions are more attractive to students
- One tool for all geometries
- Maximum flexibility of the material
- Fine tool
- No tool wear
- Contact-free processing