Advanced CAD (Computer-Aided Design) techniques are the key to creating complex geometries for industrial design and art projects. We seamlessly combine technical CAD details with organic and parametric shapes.

Parametric design

Also called algorithmic design; these 3D models automatically adapt to a range of changing inputs eg. dimensions and shapes. The result can be either nurbs or mesh model.

Parametric modelling allows the creation of complex shapes and designs that would not be possible with traditional CAD software.

Design of a reception desk, made of multiple layers and a waving front.

From 3D scan to real sculpture

High quality 3D scans can be the basis for unique art. By using a mix of mesh and nurbs modelling, we process these complex files and make them 3D printable.

Cutting plan of a large format sculpture, shaped like a romanesco broccoli.

SubD - organic modelling

Unlike traditional digital sculpting, this method results in scalable, editable nurbs models. These organic models can be used in any production method including CNC milling, injection moulding and 3D printing.

Organic 3D model of 'Meisje met de parel'

Class-A surfacing

These surfaces are perfectly flowing and visually stunning. They are often used in automotive and maritime models, but they can make a huge difference in the design of a wide range of hardware as well.

Screenshot of the CAD design of a boat hull and its technical drawings.
Stages of making a large organic sculptureFaceted, mirrored sculpturesA man making a large butterfly-shaped sculpture.
3D printed parts of a large, unfinished sculpture
3D printed sculpture depicting a romanesco broccoli
Screenshot of a parametric software, Grasshopper workflow.
Two views of a black 3D printed lamp
3d design
Parametric room divider, design by Gabi Potsa.
3D generated image of a parametric desk with wavy features.
Waving front desk design set in an office with woman walking in front of the desk.

Let's get started on your product idea

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