Fabrication Systems

Rule-based parametric system generating CNC-ready manufacturing data.

Sector:

Fabrication

Year:

2022

Tools:

Grasshopper, Rhino, Python, Excel integration, CNC post-processing tools

Outcomes:

Rule-based parametric system generating CNC-ready manufacturing data.

Context

This workflow was designed to translate parametric design logic into directly fabricable CNC manufacturing data.

The system integrates rule-based geometry generation with fabrication constraints, ensuring dimensional accuracy and assembly logic.

The objective was to bridge the gap between conceptual parametric design and production-ready outputs.

Fabrication workflows often require manual translation between design intent and machine-ready files.

Key challenges:

  • Embedding manufacturing constraints into parametric logic
  • Generating consistent modular components
  • Automating data export for CNC machines
  • Minimizing manual error in production stages

The workflow needed to guarantee reliability at scale.

System Architecture

CT SCAN
SEGMENTATION
SURFACE PROCESSING
PARAMETRIC GENERATOR

Interactive System Demo

Short video demonstrating modular configuration and fabrication automation.

– Rule-based geometry generation.
– Manufacturing-aware constraints.
– Automated CNC data output.

Interactive System Demo

Short video demonstrating modular configuration and fabrication automation.

– Rule-based geometry generation.
– Manufacturing-aware constraints.
– Automated CNC data output.

Results

The system enabled:

  • Automated generation of CNC-ready files
  • Mass customization within fabrication constraints
  • Reduced manual production preparation
  • Reliable and repeatable manufacturing output

The result was a structured bridge between parametric design and industrial production.

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I design systems that transform complexity into controlled geometry

Based in Spain – Working internationally
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