Whether you’re a young or an experienced inventor, you would love your ideas to materialize. We’re here to help! We want to show you that with a little bit of knowledge and 3D Printing, well…everything is possible!"In brief: we want to teach you what we know. We also want you to realize, that Science, Technology and Engineering are more than tedious readings. They are accelerating objects, speed, jet flows, sonic booms and hours and hours of fun. So whether you’re the inventor of the next generation of space travel or simply an enthusiast, don’t just make Layers; enjoy, live and master the meKanics.
Die casting turns out hundreds to thousands of well-finished parts a day which require very little post-processing – critical for huge production volumes. "DMLS can complement or enhance your die cast project through four key applications: Prototyping production quality metal parts; Die cast tooling inserts; Bridge to production; and DMLS as an economical low volume production solution.However creating the tooling for die cast parts requires a significant upfront cost, both for the hard steel tool itself and for the dedicated time to make the tool. Therefore, when moving into tooling for die casting, having a perfect design is key to avoid a defective tool and therefore product. To verify design and product viability before moving into tooling while still benefiting from the same aluminum alloy, we recommend Direct Metal Laser Sintering (DMLS) 3D printing. Click here to edit the content
South African inventor and engineer Hans Fouche never stops inventing. He is using his large size Cheetah 2 3D printer to seriously test the boundaries of local manufacturing, by 3D printing real everyday articles at an amazing pace. He uses them to show the capabilities of his 3D printer, using low cost ABS pellets. Following hot on […]