14 models
Watch stand to display and store two watches. To make for an easy print without supports, I also uploaded the model in separated STL files. I printed the body pieces in PLA (wood look) and instant-glued them together. I printed the black…
Make your own custom size optical breadboard! These are 125 mm metric optical breadboard tiles, which can be interlocked on the bottom side using connectors. This was specifically designed to hold M6 DIN934 stainless steel nuts of 5 mm…
These are educational models of crystalline metal nanoparticles of 1 - 8 nm in size (clusters of ~500-9000 atoms) in "flavors" Gold (Au) and Silver (Ag). They can be used to explain how surface energy of different crystallographic facets…
This is a completely modular DNA model that can be extended infinitely to your own liking. Since DNA is a very complex molecule to print all together, I decided to design a model in which individual nucleotides can be printed and then…
This is a small diamond-shaped box with a central slot in which you can keep a ring (for example, for a marriage proposal). The two halves snap together using 3 mm ball-shaped magnets, which you push into the holes. Just make sure the…
This is an education model that represents the typical perovskite crystal structure of materials such as metal halide perovskites (e.g. CsPbBr3), used as a next generation material for photovoltaics (solar cells or LED lighting). I…
This is a topography map of Switzerland in the area of the Thunersee, Brienzersee, Interlaken, Grindelwald, Lauterbrunnen, and Jungfraujoch. The height is 2x exaggerated to have a more pronounced feeling of the height differences. It was…
A molecular ball-and-stick model of the copper phthalocyanine molecule, created using the crystal structure of CuPc, Blender, and the molecular nodes plugin (by Brady Johnston). For printing this model in PLA with 0.4 mm nozzle, I…
This is an educational model of a crystalline metal (Au, Ag) nanosphere, which is in reality only a few nanometers in size. These nanoparticles are used for various applications in energy and healthcare research because they interact very…
A molecular ball-and-stick model of the azobenzene molecule in both cis- and trans-isomers, created using the crystal structure of either cis-azobenzene or trans-azobenzene, Blender, and the molecular nodes plugin (by Brady Johnston). For…
This is an educational model of a crystalline metal (Au, Ag) nanorod, which is in reality only a few nanometers in size. These nanoparticles are used for various applications in energy and healthcare research because they interact very…
A molecular ball-and-stick model of the zinc tetraphenylporphyrin molecule (ZnTPP), created using the crystal structure of ZnTPP, Blender, and the molecular nodes plugin (by Brady Johnston). For printing this model in PLA with 0.4 mm…
A molecular ball-and-stick model of the fluorescein molecule, created using its crystal structure, Blender, and the molecular nodes plugin (by Brady Johnston). For printing this model in PLA with 0.4 mm nozzle, I recommend the following…
This is a molecular ball-and-stick model of a light-responsive Ru complex, created using its crystal structure, Blender, and the molecular nodes plugin (by Brady Johnston). Some years ago I worked together with my friend and colleague…
These are all currently available results.
