One algorithm, an infinity of variants
We create and manufacture configurable objects in the field of interior design, thanks to parametric 3D modelling.
The Design division is dedicated to the digital design & manufacture of:
- Our own customisable collections, which you will soon find on our online store.
- Parametric design of your products, with tailor-made support up to manufacturing.
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Our Offer
We assist you in the creation and/or manufacturing of products (furniture, decoration, space planning, etc.), whether standard or configurable.
Parametric design
Mass customisation and process automation
Development of custom algorithms
Creation of parametric products
Automation and optimisation of manufacturing processes
Design & Fabrication
From idea to finished product
Creation of custom products (furniture, trophies, lighting, etc.)
Conceptual research, sketching, technical drawing, and 3D models
Digital fabrication: 3D printing, laser cutting, CNC milling, etc.
3D Configurators
Making customisation accessible to all
Transposing your products into parametric 3D models
Creating 3D configurators for e-commerce sites in partnership with a team of developers
At Datamorphoz, we standardise customisation: we transform standard manufacturing processes into personalised.
How?
Through parametric design.
Create your unique piece by varying all parameters:
- Dimensions (diameter, length, width, height, etc.)
- Morphology (concave, sinuous, porous…)
This clever mix of parametric design and digital fabrication is called mass customisation.
We have envisioned our online store as a Concept Store.
We love playing with algorithms, exploring new design and fabrication processes, and varying materials. That’s why the collections we offer have few models.
Our goal? To make parametric design accessible to everyone.

Locally manufactured
All our products are designed, prototyped, and manufactured at the Eurêkafab fablab in Martillac, in the Bordeaux region. Thus, we are part of a collaborative community eager to encourage innovation, sharing, and strengthening the design-construction link.
We favor computer numerical control (CNC) machines such as milling machines, laser cutters, or 3D printers, perfectly suited for automating manufacturing processes.
Our Achievements











