FINE JEWELRY MANUFACTURING & CAD DESIGN

Jewelry Micro-Pave Diamond Setting & CAD Vector Guide

Micro-pave is the art of encrusting precious metal surfaces (rings, pendants, watch bezels) with small melee diamonds ($0.8\text{mm} - 2.0\text{mm}$ diameter) so tightly that minimal metal is visible. In modern jewelry production (RhinoJewel, MatrixGold, 5-axis CNC milling, DLP 3D wax printing), vector curves define the exact centerlines, pilot drill seats, and shared bead prongs to ensure flawless optical brilliance without stone girdle collisions.

🛠️ Interactive Prepress Calculator:

Calculate diamond stone seat diameters, bead prong overlaps, pilot hole depths, and casting shrinkage. Launch the free Jewelry Micro-Pave Diamond Setting & Prong Layout Calculator →

1. Micro-Pave Architectures & Vector Rules

Pave Style Side Cutout Profile Prong Formation Key CAD Vector Requirement
French V-Split Pave Triangular V-Cut at 45° 4-Prong Shared Beads Closed V-notch side vector profiles; 0.10mm girdle gap
Bead & Bright-Cut Polished flat metal borders Beads pushed from channel wall Parallel border offset vectors ($\ge 0.25\text{mm}$ wall thickness)
Castle / U-Cut Pave Square U-notches 2 or 4 prongs per stone Arc filleted bottom notches to prevent stress cracking
Fishtail Pave Diagonal engraved facets Integrated corner beads Diamond chevron guideline vectors for master setter hand-finishing

2. Critical Tolerances for Jewelry 3D Wax & Casting

Transform Sketches into 1:1 CAD DXF Vectors

Upload hand-drawn jewelry sketches or raster logos. SpotItLive converts them into clean, closed vector DXF loops with accurate arc tangents for CAM and milling.

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