digital_transformation Archive

The learning process (I). Digital Manufacturing and Prototyping

What to learn There are many disciplines here: from software to machines, including adjustments and material properties. We start with software, and we don’t use only one. At least there are three: Something for 3D design, usually Fusion 360. Something for the 2D files (in the laser cutting), frequently Inkscape, but also Corel Draw or

Working styles and methods (II). Digital Manufacturing and Prototyping

Documentation Documenting is a really important process. With many parameters and a trial and error process, writing everything is the key to understand what’s happening. But that’s not easy. We have many spontaneous ideas, and when they are successful, we have to write them down. Usually, we just celebrate the success, and we start thinking

Working styles and methods (I). Digital Manufacturing and Prototyping

This one-year trip to something quite new was very interesting for me. I learnt many things, but what was probably more interesting was the “discovery process“. What my expectations were, what and how I learnt and what are the opportunities I see. Expectations and doubts I was expecting some engineering. To me, it means learning

CNC. Digital Manufacturing and Prototyping

CNC (Computerized Numerical Control) is probably the most powerful system to manufacture final pieces. It’s an interesting option for manufacturing in 3D but with a kind of 2D design strategy. What I used here is a 2.5-3 axes machine, where the advantages vs laser cutting are limited. With a 5 axes machine, the options are

Laser cutting. Digital Manufacturing and Prototyping

Laser cutting has been my biggest discovery. The process is easy: to cut a board. It’s similar to what we can do with a cutter or a saw. These machines are fast and accurate, but the challenges are in the adjustments. There are only two parameters: power and speed. The concept is easy: as laser-beam

3d-Printing (II). Digital Manufacturing and Prototyping

SLA 3D printers Using SLA 3d printers, frequently Formlabs, the quality is absolutely different and better than with FDM. The result is good enough for ready to use and sell products, also when they have tiny details. But the process is significantly longer (maybe more than one day), the materials could be rigid or flexible,

3d-Printing (I). Digital Manufacturing and Prototyping

3D printers are the most famous tools for innovative manufacturing. They are game-changer and very ingenious technology. But maybe there are many expectations around them. This idea for the future, that “everyone will have a 3D printer at home”, was extremely ambitious, and probably it doesn’t make sense at all. We don’t need it to

Digital Manufacturing and Prototyping for Industrial Startups

During the summer of 2019, I had the opportunity to attend a course on Fusion360 in MotionLab Berlin. It started as a Saturday evening entertainment, but many months later, I’m still a Coworker in MotionLab. It is a factory/maker space in Berlin, the dream for an adult kid, full of toys like 3D printers, laser