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This set of holders for filament spools can be mounted to the popular IKEA SKADIS pegboard. In order to hold one spool there are always a left and a right part which belong together. By selecting the appropiate distance (=holes) between…
Extruded fractal flake prototype. A predecessor to the fractal flake vase I made some years ago. The basic shape and parametric model is almost the same: A variation of the Koch-curve with hexagons, which changes in rotation and…
A new addition to the series of vases with unusual geometries. The spiraling curves introduce some stiffness to the thin wall structure. A parametric modell in Grasshopper allows for adjusting the spirals and the general outer shape of…
This set of trays can be mounted to the popular IKEA SKADIS pegboard. There are three sizes available: 120mm 260mm 300mm There are also two variants available, one has a solid bottom, the other one is open (hex pattern). Due to the…
Just another flower pot. Geometry was created using a parametric model in Rhino/Grasshopper. The model is solid and is intended to be printed in vase/spiral mode. Two versions are included: one is completely closed and the other one has a…
Twisted vase with strands. An experiment on introducing stiffness into a thin wall structure by adding strands of filament on both sides of a shell. The shell itself is a parametric modell, the strands are attached to specific points in a…
A further development of the twisted vase flower pot with some variations to the geometry. The lamp shade fits perfectly on a IKEA Skaftet pendant lamp socket. Geometry was created using a parametric model in Rhino/Grasshopper. The model…
Polygons with 3d-printed strands as mechanical reinforcements. To introduce stiffness to a polygonal frame multiple triangles are inscribed into the shape, changing rotation with z-height. The triangles themselves are strands of filament…
Tensegrity Hexagons. Tensegrity is a structural principle where elements under compression do not touch each other. They're are only connected and hold in place by tensioned members (usually cables). The term "tensegrity" is short for…
This geometry was designed to fit a leftover socket, which was missing a lampshade. It might fit other lamp sockets as well. If you intend to use the geometry as a vase, there is also a version with a mounting hole included. Geometry was…
Originally this shape was designed as a lamp shade for a chandelier. It derives from a fractal 2D-shape similar to the Koch-curve (using hexagons instead). The 2D-shape is varied along the extrusion path in rotation, size and…
A small torture test for printing with soluble supports. The inside of the torus is hollow, but the holes on the surface are quite small. This geometry was created to see how well PVA dissolves in hard to reach cavities. The print in the…
Tensegrity arc. Tensegrity is a structural principle where elements under compression do not touch each other. They're are only connected and hold in place by tensioned members (usually cables). The term "tensegrity" is short for…
A simple coaster (d~100mm) made from the notorious voronoi-pattern. The pattern helps with flexibilty, so cups or glasses won't wobble. Modelled as a demonstrator for flex-materials (Grasshopper/Rhino). Print Settings Printer: Generic…
Carabiner with compliant mechanism. This carabiner has a spring-loaded gate, designed as a compliant mechanism. Hinge and spring are printed in place, so no assembly is needed. Therefore the whole model is just one continuous volume. The…
This display mount attaches directly to the 2020 extrusion profiles of the Creality CR-10. It holds the usual 12864-type LCD, if you want to convert the classic CR-10 into a boxless version. Parts needed: 4x M3x10 hex socket screw 4x M3…
HyPar gridshell through active bending. The geometry of the HyPar gridshell is generated by inscribed modulation of junction slots. The fabrication process produces flat PLA stripes. During assembly they have to be elastically bent in…
This bracket was designed as a furniture connector for a small coffee table. The geometry is based on subdivision similar to a Sierpinski triangle, which is then further deformed by dynamic relaxation (via Grasshopper/Kangaroo). A rigid…
A simple smartphone stand designed to fit the Fairphone 4, but it might also fit other 6,3"-sized smartphones. The geometry is optimized for 3d-printing, therefore no support material and no post-processing is needed. The rest has a…
This PSU mount attaches directly to the 2020 extrusion profiles of the Creality CR-10. It holds the original PSU coming with the CR-10, if you want to convert the classic CR-10 into a boxless version (similar to the Ender 3). The mains…
This case is intended to be used with the Arylic Up2Stream Pro V3 + V4 (Multiroom Audio Receiver Board). Cover and base are held together by four M3x16 hex-screws (self tapping, no threaded inserts required). The board is sitting in…
A replacement stick for the classic XBOX360 Controller – ideal if your original sticks are worn down. The original geometry was 3D-Scanned from the original stick with Creality Raptor Pro and remodelled with slight modifications to…
This vase utilizes the hilbert curve for the shape of its outer perimeter. It's just an experiment on modelling in Grasshopper, the curve is generated by an recursive algorithm. The parametric model allows for adjusting the level of…
This feet attaches to the Prusa i3 MK3 (or similar 3030 extrusion profiles). It holds a regular squash ball and lowers the amount of vibration going into the ground. The shape resembles the overall design language of the Prusa printers.…
The bracket holds a GX16 plug (16 mm hole), which can be used to quickly disconnect and unmount the MMU2S from the printer. It attaches to the Prusa i3 MK3S frame directly. There should be 4 M3 tapped holes above the controller box, the 3…
Why not having some math fun while baking for christmas :) It's actually possible to create your own cookie cutters with 3D-printing! So I tried to recreate the Penrose tiling, which is an aperiodic tiling of a plane (there is no…
This bracket was designed for an elevated desk stand (e.g. for a monitor). The geometry is based on a simple fractal net (Y-branching), which is then further deformed by dynamic relaxation (via Grasshopper/Kangaroo) to give it an…
Exercise model for reciprocal frameworks. This model was created for an educational exercise with reciprocal frameworks. It is a structural system whose members carry each other. This leads to a reciprocal dependence. A key advantage of…
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