RhinoFabStudio

Parametric Design + Optimization + Digital Fabrication

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

Latest Activity

Boston Digital Fabrication is now a member of RhinoFabStudio
Nov 18
Profile IconKalhatton and David J. Gall joined RhinoFabStudio
Nov 11
Khalid Mosalam is now a member of RhinoFabStudio
Sep 10
Andrew Cocke is now a member of RhinoFabStudio
Sep 5
Henry Leonard is now a member of RhinoFabStudio
Jul 29
Jimcarrey is now a member of RhinoFabStudio
Jun 17
Profile IconHarrisonford, Tinley Peters and Michael Gilley joined RhinoFabStudio
May 15
FERNANDO MEJIA is attending Andres Franco's event
Apr 17

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How to become an authorized RhinoFabStudio

How to become an Authorized RhinoFabStudio

Download the application: PDF RhinoFabStudio

Rhino3Dzine RSS

Pedorthic Information Modeling: Revolutionizing Orthopedic Footwear with 3D Printing and Computational Design

Developed by footwear engineer Daniel Petcu, Pedorthic Information Modeling (PIM) revolutionizes the design of orthopedic footwear by combining parametric design principles with 3D printing. This innovative approach allows for fully customizable, functional, and stylish medical footwear, overcoming the limitations of traditional hand-made methods.

The post Pedorthic Information Modeling: Revolutionizing Orthopedic Footwear with 3D Printing and Computational Design appeared first on Rhino3Dzine.

The Katajanokan Laituri Façade: Computational Design Meets Nordic Timber

The Katajanokan Laituri in Helsinki showcases a groundbreaking fusion of timber construction and computational design, with Geometria Architecture crafting a complex, curved façade that ensures both structural integrity and aesthetic continuity while optimizing the fabrication process.

The post The Katajanokan Laituri Façade: Computational Design Meets Nordic Timber appeared first on Rhino3Dzine.

Grasshopper UK User Group Meeting

Join Simply Rhino for the next Grasshopper UK User Group Meeting in London, at Zaha Hadid Architects, on February 12th, 2025.

The post Grasshopper UK User Group Meeting appeared first on Rhino3Dzine.

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News about Rhino and Digital Fabrication

LevelOpt - New Topology Optimization Tool for Rhino and Grasshopper



Cutting-edge Level set optimization meets the flexibility of Grasshopper with FEA Simulation in the loop!

LevelOpt is a topology optimization tool that allows Rhino Grasshopper users to generate high-performance concepts quickly with automated topology optimization. 

A User-Driven custom optimization option gives users the power to interject design changes, incorporate starting designs, and fine-tune settings at any stage. Rhino users automatically get access to LevelOpt with the latest version of Intact.Simulation for Rhino Grasshopper.

There is No Preprocessing, No Model Simplifications, No Filtering, and No Postprocessing with LevelOpt and Intact.Simulation for Rhino Grasshopper!

Features
  • Optimization for Compliance: Maximize stiffness for a specified weight target.
  • Supports Both Isotropic and Orthotropic Materials
  • Component-Level Flexibility: Optimize individual components or maintain interface connectivity in assemblies.
  • Functional Region Preservation: Ensure critical zones remain intact during optimization.
  • Custom Optimization:
    • Interjecting design changes
    • Incorporating starting designs, and fine-tuning settings at any stage
    • Freedom to adaptively adjust feature sizes, wall thicknesses, and preserved functional regions as optimization progresses

 
 
 

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