The RhinoFabStudio community supports those educational sites that provide digital design, design analysis and optimization, and digital fabrication.If you or your students have a problem, don’t hesitate to contact us.Learning aids… for students and teachers.Teacher resources such as communities and curriculum guides.To support your efforts we have assembled the following additional resources.
#RHINO FOR MAC STUDENT SOFTWARE#
The software is only part of the solution. Our goal is to provide students and educators commercial-grade 3D tools for exploring, developing, and communicating ideas and designs.
The same features as the commercial version.Unlike other software companies, we provide commercial versions of our products to students, faculty, and schools at a substantial discount. Details… *Commercial software for education Schools may purchase educational single-user licenses in high-volume at a very special price. For educational institutions only ( proof of status required).A network server and the Zoo or internet access to the Cloud Zoo is required. Or, a 30-user floating network license.
#RHINO FOR MAC STUDENT LICENSE#
A 30-user license to use Rhino on the computers in a single classroom or lab (one room).Not transferable (cannot be sold, shared, used by, or transferred to another user).For students, faculty ( teachers, instructors, and professors), staff, and schools only ( proof of status required).Full-featured commercial software at a discount.€35.00 – €60.On a commercial* Rhino license. Silver-casted from 3D printed moulds, hand-finished – non-uniform glossy appearance We have two types of endpieces available:ģd printed black ABS plastic – mat fine finish Material: Transparent / coloured plexiglass combinations - 3mm thick The piece of jewellery is obtained by interlacing two circular cross-sectional volumes that have different materials associated.
€135.00Ī discreet piece the S2_c pendant is algorithmically generated in the digital environment and is materialized by stringing together variable laser cut two-dimensional sections. The filiform structures are generated in the virtual environment and are 3d printed into a positive mold that is used in a state-of-the-art silver casting technique. The SWIRL collection explores the jewellery adornment quality and tests the connection between parametric design and the potential of digital fabrication methods. The grip mechanism is done with a silver hook wire. Material: 925 silver – grained glossy finishĭimension for each without the wire hook: 47x17x17 mm The A6 earrings are designed in the computational environment by parametric generation and are materialized by 3d printing in resin and casted in silver. Thus, diffuse structures are obtained, which rely on transparency, gradients, overlaps and reflections to remind the form they come from. The Sequence collection translates into the physical environment the virtual algorithmic process of formal generation that is implied into the materialized jewellery. Size: height between 30 and 60 mm / thickness between 20 and 35 mm Material: Transparent plexiglass - coloured un one side - 3mm thickģd printed magnetic fasteners – black mat ABS plastic Adding a colour gradient over the soft geometry enhance the formal variation. The shape is obtained by the fluid deformation of a triangular section that has added an inner hollow to bring new reflections to the object. The B2_d gradient bangle is algorithmically generated in the digital environment and is materialized by stringing together variable laser cut two-dimensional sections.
The layers resulted from the fabrication process remain visible giving a fine texture to the jewellery and contribute to the design intent: to search for the sensible effect of digital tools. The shape, material and method of materialization bear the fingerprint of the digital environment The Aggregate collection is born from a process based on feedback between concept, geometry and material, all of which are translated into code. The R1 ring is designed in the computational environment by algorithmic generation and is materialized by 3d printing in ABS plastic
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