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Optimized for casting and precise stone-setting tolerances, ensuring structural integrity and flawless prong mechanics.
Balanced weight distribution and bail engineering designed for elegant aesthetic draping and secure gemstone presentation.
Mirrored geometry configuration with optimized ear-post alignment, secure locking mechanisms, and comfortable weight thresholds.
Includes multi-part architecture, custom hinge pins, articulated links, and secure clasp integration.
Seamless modular segment interlocking engineered for smooth collarbone conformity and zero-friction movement.
Functional mechanisms, convertible elements, hidden clasps, and highly complex articulated link assemblies.
Tailored precisely according to unique design complexity, material specifications, and manufacturer engineering requirements.
Upgrading legacy CAD files, correcting stone seats, scaling ring sizes, and optimizing wall thicknesses for production.
Node-based metal shading, caustic dispersion simulation, studio lighting, and high-resolution marketing views.
Comprehensive diagnostic audit ensuring watertight manifold geometry and total casting risk prevention prior to SLA printing.
Detailed PDF blueprint packages containing gemstone counts, exact masses, tolerances, and assembly guidelines.
Tailored analysis and adjustment for specific casting houses, metal shrinkage rates (Pt950, 18K, 14K), and laser welding specs.
Tailored bulk CAD packages for manufacturers and jewelry brands requiring multi-piece collections, bridal sets, or complete catalog scaling. Solutions are customized per category based on volume, stone counts, intricate detailing, and production specifications.
Two-part modular luxury architecture optimized for independent casting, thermal joining, and absolute mesh integrity.
Dual-tone multi-material architecture featuring a Platinum Pt950 sculptural floral crown mechanically mated to a heavy 18K Yellow Gold band.
Articulated modular platinum bracelet featuring dual parallel micro-pavé rails, a central Princess-cut channel grid, fixed-movable-fixed floating hinge pin kinematics, and an integrated multi-tier mechanical clasp system.
Two-part modular luxury architecture optimized for independent casting and clean thermal joining.
Constructed using non-destructive node logic in Rhinoceros 3D and Grasshopper. The design is separated into two discrete solid layers (LAYER_01_CROWN and LAYER_02_SHANK) to allow independent multi-color casting and precise thermal assembly.
Proof of 100% watertight, manifold-certified mesh verification and PreForm SLA print-readiness. Zero non-manifold edges detected across all intersecting surfaces.
17 Full-Cut Brilliant Diamonds (~1.30 ctw)—1x 5.00mm center round + 16x 3.80x2.00mm marquise accents.
1.50mm shank socket mated with a 1.40mm alignment pin (0.10mm wobble-free clearance fit for laser-welding).
Total calculated mass of 13.46 g (Crown: 4.06 g | Shank: 9.40 g at 21.45 g/cm³ density).
US Size 7 (17.30 mm inner diameter pre-cast target with 0.02 mm lapping allowance).
Verified 0.74mm center culet and 0.54mm marquise culet air gaps to prevent fracture.
ISO 10303 AP214 Master STEP and separate watertight Master STLs.
Dual-tone multi-material luxury architecture optimized for independent casting, precise pin-socket registration, and thermal joining.
Constructed using non-destructive node logic in Rhinoceros 3D and Grasshopper. The design is separated into two discrete solid layers (LAYER_01_CROWN / PT_SCULPTURE in Platinum Pt950 and LAYER_02_SHANK / GL_BAND in 18K Yellow Gold) to allow independent multi-material casting, pin-socket registration, and precise thermal assembly.
Proof of 100% watertight, manifold-certified mesh verification, smooth Gaussian curvature continuity, and SLA print-readiness. Zero non-manifold edges detected across all intersecting surfaces, ensuring universal import and slicing success across additive manufacturing platforms.
2 calibrated Full-Brilliant Melee Diamonds (~0.030 ctw)—1.50 mm round brilliant cut set in dedicated 4-prong sculptural collets with 43.0° conical seat bevels.
3-Point Registration System—1.00 mm platinum alignment pins mated into 1.08 mm gold sockets, achieving an exact 0.08 mm diametral clearance fit for laser welding.
Total Assembled Mass: 24.32 g—Platinum Pt950 Crown: 2.62 g (21.45 g/cm³) | 18K Yellow Gold Shank: 21.70 g (15.50 g/cm³).
US Size 7 (17.55 mm pre-cast target / 17.30 mm finished inner diameter) with an 11.20 mm shank crest profile depth.
Verified 0.90 mm azurage light-hole pass-throughs ensuring complete culet clearance, bottom floor protection, and back-lighting transmission.
ISO 10303 AP214 Master STEP assembly and separate watertight Master STLs (PT_SCULPTURE.stl and GL_BAND.stl).
Ultra-rigorous articulated bracelet architecture engineered for multi-axis kinetic draping, zero-tolerance internal clearances, and absolute structural redundancy.
Designed as a fully scalable, repeating interlocking chain system in Platinum Pt950. Utilizes a precision Fixed-Movable-Fixed floating hinge pin architecture driven by Ø 0.80 mm hard-drawn wire pins. Outer fixed master link anchor bores (Ø 0.82 mm pre-cast / Ø 0.80 mm finished) provide interference-fit laser-weld caps, while internal central movable links feature Ø 0.88 mm reamed bores yielding an intentional +0.08 mm diametral clearance fit for uninhibited -90.0° to +10.0° joint articulation.
Proof of 100% watertight, manifold-certified mesh verification and kinematic clearance compliance. Inter-link draft geometries maintain exact top-rim clearance (0.45 mm) and lower draft relief (0.69 mm) to prevent metal binding, micro-creasing, or surface marring across repeated wrist flexion cycles.
Dual pavé rails flanking a central dual-Princess channel (10.75 x 8.31 x 2.35 mm; 3.06 g net mass).
Articulating bridge element with a 3 x 5 micro-pavé grid (4.72 x 3.23 mm; 0.53 g net mass).
Male spring insertion tongue (2.78 g) paired with a female receiver box (3.24 g) featuring an integrated release button stem and dual Figure-8 master safety latches (0.28 g each).
Princess Cut: 2.50 x 2.50 mm square stones suspended in central channels with 62.3° pavilion relief draft angles and 0.70 mm culet safety clearance buffers. Round Brilliant Melee: Ø 0.80 mm stones set across parallel side rails and link arrays featuring 44.9° relief angles and 0.15 mm culet safety buffers.
Standard Size 7 Modular Target Range: 56.31 g to 59.90 g total net Pt950 mass (density reference 21.45 g/cm3) depending on link count configuration.
• Min Target (~174 mm / 6.85 in): 14 Master Links (42.84 g) + 13 Central Links (6.89 g) + Receiver (3.24 g) + Tongue (2.78 g) + 2 Safety Latches (0.56 g) = 56.31 g.
• Max Target (~184 mm / 7.24 in): 15 Master Links (45.90 g) + 14 Central Links (7.42 g) + Receiver (3.24 g) + Tongue (2.78 g) + 2 Safety Latches (0.56 g) = 59.90 g.
Joint Architecture: Fixed-Movable-Fixed floating hinge pin system using Ø 0.80 mm hard-drawn wire pins matching Pt950 alloy. Rotational limits: -90.0° inward vertical fold to +10.0° outward hard-stop. Deliverables: ISO 10303 AP214 Master STEP assembly and individual watertight Master STL files for all 5 distinct modular components.
Initialize the project and request a sample CAD file for testing.