RhinoFabStudio

Objectives:
Teach, learn and share different methods of fabrication for industrial designers, architects, and engineers where Rhinoceros is involved in any cycle of the manufacturing process.
This RhinoFabStudio community is a great place for sharing information about hardware used to fabricate your ideas, your digital models and your Grasshopper definitions.
RhinoFabStudio is open to everyone and welcomes any Rhinoceros compatible program that helps you accomplish your ideas.
RhinoFabStudio urges all Rhino ARTs and ARTCs to post your events, workshops and classes which pertain to fabrication methods and/or processes.

Contact:
RhinoFabStudio@mcneelmiami.com

Events

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Latest Activity

Allen Floyd is now a member of RhinoFabStudio

Aug 19

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Konrad Wolf updated their profile

Aug 16

Konrad Wolf is now a member of RhinoFabStudio

Aug 14

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Bahrain Business e-Visa updated their profile

Aug 8

Bahrain Business e-Visa is now a member of RhinoFabStudio

Aug 6

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Madagascar eVisa Application Pro updated their profile

Jul 23

Madagascar eVisa Application Pro and Marko Ilic joined RhinoFabStudio

Jul 22

Dulce A. Chavez posted a video

food4Rhino webinar: RhinoCAM 2026 - Faster, Smarter CAM for Rhino

Join us for an inside look at RhinoCAM 2026 (https://www.food4rhino.com/en/app/rhinocam), the newest release of MecSoft’s fully integrated CAM solution for R...

Jun 18

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How to become an authorized RhinoFabStudio

How to become an Authorized RhinoFabStudio

Download the application: PDF RhinoFabStudio

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From 17,000 Pixels to 13 Comb Variations: A Façade Rationalised in Grasshopper

For This Is The Place in Mumbai, Rhino and Grasshopper helped turn a façade conceived as approximately 17,000 individual pixels into a buildable system of just 13 comb variations, linking artistic intent, panel organisation and fabrication drawings.

The post From 17,000 Pixels to 13 Comb Variations: A Façade Rationalised in Grasshopper appeared first on Rhino3Dzine.

Del algoritmo a la obra: diseño computacional, inteligencia artificial y fabricación digital para una arquitectura posible

La conferencia buscaría mostrar a los estudiantes cómo el diseño computacional permite pasar de una idea o una geometría compleja a una solución arquitectónica viable, conectando el proceso de diseño con la ingeniería, los materiales, la fabricación y la construcción.

The post Del algoritmo a la obra: diseño computacional, inteligencia artificial y fabricación digital para una arquitectura posible appeared first on Rhino3Dzine.

CAD Agents Using Runchat

Powered by Runchat alongside state of the art models from OpenAI and Anthropic, this workshop introduces a new paradigm of agent-assisted modelling.

The post CAD Agents Using Runchat appeared first on Rhino3Dzine.

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Photos

Sptember 2025

by Andres Gonzalez Added September 3, 2025 at 3:52pm
Rhino3Dzine_June_2025

by Andres Gonzalez Added June 11, 2025 at 10:53am
Rhinozine_2023_Sept

by Andres Gonzalez Added September 12, 2023 at 1:55pm

Trabajos conRhino Ceros y CNC

by Ricardo Aquino Added September 23, 2022 at 12:47am
Visiting the RhinoFabStudio at UPB University

by Andres Gonzalez Added May 25, 2022 at 1:39pm
3D ChocoPrint

by cfeldman Added June 8, 2020 at 1:13am

Videos

Region End Conditions in 3 Axis , RhinoCAM, VisualCAD/CAM

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What's new in MecSoft RhinoCAM 2023

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Getting Started with Hops

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News about Rhino and Digital Fabrication

food4Rhino webinar: Bring your own robot - Pixobots provides the rest (November 11, 2026, at 4 PM CET)

food4Rhino webinar: Bring your own robot - Pixobots provides the rest
November 11, 2026, at 4 PM CET

A robot is a file and you can use it in Grasshopper. Join Zvonko Vugreshek, the Pixobots developer, to incorporate any arm — from an SO-101 desktop robot to an industrial KUKA — into your design workflow. You will create toolpaths (planar and non-planar), map the arm's reach, and check every pose for joint limits and collisions involving the arm itself, the workpiece and the surrounding area. See Pixobots find the best position for your part and Rhino follow a physical arm in real time from the joint angles it reports, then send the solved path straight to a desktop arm or export it for any other robot. This is ideal for anyone working with robots in the fields of architecture, design, manufacturing, and research. Speaker:
Zvonko Vugreshek was trained as an architect and taught himself to code. He soon found software more interesting than 'traditional' architectural design workflows. Since then, he has worked on machine learning and optimisation for the Sydney Fish Market roof at 3XN in Copenhagen, as well as custom UR10 tooling and cyber-physical façades in the robotic fabrication lab at BTU Cottbus. He has also taught machine learning at TU Berlin to architecture students whose work was exhibited at the 2021 Venice Biennale. Zvonko is currently the CTO of Pixolid in Berlin, where he develops software for design and manufacturing applications, ranging from 3D-printed shoes to factory robots. He is working towards a PhD in AI for digital fabrication, more for its practical applications than for the academic title. He also develops Pixobots and has run webinars for DesignMorphine and PAAcademy.

Free registration...