Guilloché pattern applied to a precision-engineered instrument face
Pass Digital / Guilloché Engine

Guilloché
Engine.

Parametric CAD/CAM for generating and machining complex decorative geometry directly onto three-dimensional surfaces.

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Integrated workflow

Mathematical pattern.
Controlled geometry.

Exact parametric geometry connects design intent directly to smooth, production-ready toolpaths. Select a real Wave Rings study below.

  1. 01Design
  2. 02Generate
  3. 03Map
  4. 04Compensate
  5. 05Post
  6. 06Manufacture
Wave Rings parameter study with a lower wave count

Adds lobes around the ring to create a finer radial rhythm.

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Surface and machine logic

Designed in 2D.
Preserved in 3D.

The engine maps patterns across changing gradients while preserving their spacing and character, then translates the result into machine-aware multi-axis motion.

Guilloché geometry mapped onto a curved three-dimensional surface
Gradient-aware surface mapping
Machine-aware Guilloché toolpaths across a curved component
Indexed multi-axis machining logic
Spacing preservedGradient-aware mappingTool geometry compensationMachine-envelope validationDirect NC generation
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Patterns and applications

A manufacturing technology.
Not a fixed library.

Wave Rings, Nexus, Vortex Branch and bespoke mathematical families for automotive, aerospace and precision decorative applications.

Guilloché mathematical pattern concept library
Pattern development
Automotive application concepts using Guilloché machining
Application concepts

Bring complex surface design directly into production.

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