Micro Pave Floral Pearl Tassel Pendant STL 3DM Casting File

Description

This Micro Pave Floral Pearl Tassel Pendant STL 3DM casting file delivers a complete three-section drop pendant structure built for precision casting production. The design opens with a four-petal hollow floral crown packed with micro pave round diamonds across all petal surfaces and a cluster-set diamond center. Three graduated tassel bars descend from the crown base, each terminating in a round bezel-set diamond disk. A 6.5mm pearl dangle completes the bottom section, suspended from the longest tassel bar via a jump ring bail.

The file set is structured for direct workflow integration in Rhino, JewelCAD, and compatible DLP or SLA wax printing systems. Geometry is verified for wall thickness, escape hole placement, and micro pave seat precision. The lightweight wax CNC weight of 0.25 g confirms a lean, high-detail structure with minimal resin support requirements during printing.

• Micro Pave Crown Geometry: All four floral petal surfaces are modeled with individually defined 1.3 mm pave stone seats. Seat geometry is calibrated for post-cast hand-setting, with consistent rail height across all petal edges to ensure uniform bead formation.
• Tassel Bar Precision: The three graduated tassel bars are modeled as solid cast rods with integrated round disk terminals. Each terminal carries a single bezel-set 1.4 mm diamond seat, pre-positioned for tool-free stone alignment during setting.
• Casting-Ready Lightweight Structure: Wax CNC model weight is 0.25 g — one of the lightest geometries in this pendant category. The hollow floral crown includes correctly placed escape holes for full investment compound penetration without air pocket formation.
• Pearl Dangle Bail Compatibility: The bottom jump ring connection point on the longest tassel bar is modeled to accept standard 6.5 mm pearl peg diameters. Pearl is a separate assembly component, not cast-in, enabling flexible pearl selection post-production.
• Multi-Alloy Cost Coverage: Metal weights are pre-calculated for 10K, 14K, 18K gold across all three gold colors, 22K yellow gold, silver 925, and platinum — enabling direct per-piece cost estimation without additional CAD processing.

• Total Diamond Count: 31 pcs Round Brilliant Cut
• Diamond Distribution: 29 × 1.3 mm (floral crown micro pave) + 2 × 1.4 mm (tassel bar terminal bezel seats)
• Total Diamond Weight: 0.252 CT
• Crown Setting Style: Micro Pavé — continuous bead-set coverage across four floral petal surfaces and cluster-set center
• Tassel Terminal Setting: Bezel / Prong — single stone per circular disk terminal, three terminals total across the tassel bar assembly
• Setting Tolerance: All 1.3 mm and 1.4 mm seats calibrated to standard micro pave and bezel manufacturing tolerances
• Center Pearl: 6.5 mm round pearl — jump ring dangle assembly, not cast-in; seat pre-modeled for standard peg mounting

• Rhino (.3DM): Full editable geometry with separable crown, tassel bar assembly, and pearl bail components. Compatible with Matrix Gold and RhinoGold for stone count verification and pave layout review.
• JewelCAD (.JCD): Native JewelCAD Pro format retained for direct editing, tassel bar length adjustment, and pave stone seat density modification within the JewelCAD environment.
• STL Export: High-resolution closed mesh export ready for Formlabs, Solidscape, Asiga, and compatible wax or castable resin printing systems. Mesh is watertight — no repair step required.
• Component Access: Crown, tassel bar assembly, and pearl bail are accessible as individual layers in the Rhino file for independent scaling or toolpath customization. The three tassel bar lengths can be adjusted individually without affecting crown geometry.

• The micro pave crown section requires post-cast hand-setting by an experienced pave setter. All 29 seats across the four petals are pre-drilled to 1.3 mm. Confirm post-cast polishing sequence with your workshop — polish crown rails before bead formation, not after.
• Tassel bar disk terminals are thin-wall structures. High-resolution DLP printing at 25–50 micron layer height is recommended for this section. Verify disk wall thickness post-print before proceeding to investment casting.
• The pearl jump ring connection point at the base of the longest tassel bar is modeled at a standard 6.5 mm pearl peg diameter. If your pearl supplier uses a non-standard peg, adjust the bail hole diameter in Rhino before STL export.
• For silver 925 production runs, note that the 2.91 g casting weight makes this model cost-competitive for volume manufacturing. Silver castings in this weight range are suitable for rhodium plating as a white gold alternative for EU market buyers.
• Investment casting at standard lost-wax temperatures is recommended. Confirm alloy-specific burnout profiles with your casting workshop prior to production. Platinum runs require dedicated investment compound — do not share with gold or silver compound batches.
• If tassel bar length customization is required for a client specification, adjust individual bar lengths in the JCD or Rhino file. Maintain proportional spacing between bars to preserve the graduated visual cascade of the tassel design.