From an early stage, I developed a deep fascination for digital manufacturing technologies – particularly additive and subtractive processes such as 3D printing and CNC machining. The transformation of digital designs into physical objects – the seamless process from conception to realization – continues to captivate me to this day.
Parallel to my architecture studies, I began independently developing a CNC machine. The first functional prototype was built using 3D-printed components; in later iterations, I optimized the design by incorporating aluminum profiles to achieve greater structural stability and repeatability.
Since the use of a CO₂ laser plays a central role in architecture studies, I decided to integrate one into the system as well. This led to the creation of a multifunctional combination device that can switch between milling and laser operations at the push of a button. To ensure safety and reliable performance during milling despite the integrated laser unit, the laser tube was enclosed in a protective housing that effectively shields it from mechanical impacts.