Grasshopper

Grasshopper

grasshopper

GRASSHOPPER is an interface for parametric 3D-construction in Rhinoceros with countless expansion capabilities and various programming interfaces.

Our goal is to reduce the number of mouse clicks as much as possible. For this we develop our own modules for specific tasks and improved workflow. We also provide training and help develop your own projects.

Relief Arch University of Innsbruck

Parametrically created components for the concrete formwork of a relief
Design: Peter Sandbichler
Production: SFK Tischler GmbH
Project: University of Innsbruck
Architect: mohr architekten
Completion of the arch: 05/2021

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universal timber-engineering modules

UTEM is a method to plan complex timber structures made from many different parts. The customer delivers CAD files, lead details and parameters that are imported into a database. From this database, lists, plans, and machine control data are automatically created. Changes in the database directly affect the output data; These are therefore always up to date.

UTEM has the following targets:
– Automation: any number of individual parts can be handled
– Consistent data: Plans, lists and manufacturing data are generated from a single data pool.
– Convenience for clients: Project parameters (material information, minimum distances, production parameters, …) are collected in a spreadsheet and can therefore be easily checked or modified.
– Easy assembly: automatic numbering and position markings

UTEM (more…)

Automatized Production-data for Parts in Lightweight-ETFE_cushions (APPLE)

APPLE is a collection of Grasshopper modules for efficient and client-oriented execution planning of ETFE pillow profiles. The client provides 3D profile center axes, information on the normal direction of the profile pieces and cross sections of the profile systems used. Numerical values such as gap dimensions, distances, etc. are grouped together according to components in a spreadsheet that can comfortably be checked and modified.

APFEL-eingabe

The following components are calculated: uprights, channel profile, base profile, welt strips, cover profiles. (more…)

Organismus Filigran

generation of a Voronoi-Grid made up from steel rings

Skulpture design by David Mannstein + Maria Vill →

Percent-for-Art-competition, Charité, Berlin 2012

Visualisation: David Mannstein

excentric wheel

excentric wire wheel

UnRad

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Klotski

solves Klotski-problems in Grasshopper/Python

“headstand”:

klotski

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