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Jak jinging może tworzyć prototypowanie CAD/3D zgodnie z srebrnym obrazem biżuterii

Opublikowane przez Kingjy

Jak jinging może tworzyć prototypowanie CAD/3D zgodnie z srebrnym obrazem biżuterii

Wstęp

In the modern jewelry industry, Projekt wspomagany komputerowo (CHAM) and 3D prototyping have revolutionized the way custom jewelry is created. Jinging, a professional jewelry manufacturing company, specializes in transforming clients’ silver jewelry ideas into precise CAD models and 3D-printed prototypes. This article explores the step-by-step process of how JINGYING converts a jewelry picture into a physical prototype, the technologies involved, and the benefits of using CAD/3D prototyping for silver jewelry production.

1. Understanding the Client’s Design Requirements

1.1 Początkowa konsultacja

  • Design Submission: Clients provide images (ręcznie rysowane szkice, photographs, or digital designs).

  • Material Preference: Srebrny (925 Srebro, Drobne srebro, or Argentium Silver).

  • Specyfikacje projektowe: Rozmiar, grubość, ustawienia kamieni szlachetnych, grawerowania, and finishing preferences.

1.2 Feasibility Analysis

  • Ocena techniczna: Ensuring the design is manufacturable (NP., integralność strukturalna, podcięcia).

  • Cost Estimation: Based on complexity, tworzywo, i praca.

2. CAD Modeling Process

2.1 Image Processing & Digital Sketching

  • 2D to 3D Conversion: Using software like Adobe Illustrator or Rhino to outline the design.

  • Vectorization: Converting hand-drawn sketches into editable digital formats.

2.2 3D Modeling in Jewelry CAD Software

  • Software Used:

    • Matrix Gold (do skomplikowanych projektów)

    • Rhinozłoto (for parametric modeling)

    • ZBrush (for organic, sculptural designs)

  • Key Steps:

    1. Base Structure Creation – Extruding shapes from 2D outlines.

    2. Detale – Adding textures, grawerowania, i ustawienia kamieni szlachetnych.

    3. Boolean Operations – Combining/subtracting geometries for hollow designs.

    4. Sizing Adjustments – Ensuring accurate ring sizes, bracelet diameters, itp.

2.3 Client Review & Poprawki

  • 3D Renders: Photorealistic images for approval.

  • Modyfikacje: Adjustments based on feedback (NP., grubość, stone placement).

3. 3D prototypowanie (Szybkie prototypowanie)

3.1 Choosing the Right 3D Printing Technology

Technology Tworzywo Dokładność Najlepsze dla
SLA (Stereolitmikromografia) Resin ±0.1mm High-detail rings, wisiorki
DMLS (Direct Metal Laser Sintering) Metal Powder ±0.05mm Functional prototypes
Wax Printing Castable Wax ±0.2mm Casting inwestycyjny

3.2 Printing Process

  1. File Preparation: Exporting the CAD file as an STL/OBJ format.

  2. Support Structures: Adding temporary supports for overhangs.

  3. Printing: Layer-by-layer fabrication (takes 2–6 hours depending on size).

3.3 Post-Processing

  • Support Removal: Manual or chemical cleaning.

  • Sanding/Polishing: Smoothing layer lines for a flawless finish.

4. Odlew & Finishing the Silver Jewelry

4.1 Investment Casting (If Using Wax Prototypes)

  1. Tworzenie pleśni: Coating the wax model in ceramic slurry.

  2. Wypalenie zawodowe: Melting the wax to leave a hollow mold.

  3. Srebrne casting: Pouring molten silver (925) into the mold.

  4. Devesting: Breaking the mold to retrieve the silver piece.

4.2 Direct Metal Printing (If Using DMLS)

  • No mold needed – The prototype is already in metal.

  • Requires polishing & platerowanie to achieve a mirror finish.

4.3 Ostateczne wykończenie

  • Odkładanie do akt & Szlifowanie – Removing imperfections.

  • Polerowanie – Using rotary tools with diamond paste.

  • Oxidation/Patina – For antique effects (fakultatywny).

  • Ustawienie kamieni szlachetnych – If applicable.

5. Kontrola jakości & Dostawa

5.1 Inspection Checklist

✔ Dimensional accuracy (compared to CAD)
✔ Surface finish (no pits or cracks)
✔ Gemstone security (if set)
✔ Hallmarking (925 stempel)

5.2 Opakowanie & Wysyłka

  • Anti-Tarnish Packaging – Prevents oxidation.

  • Secure Shipping – Insured courier services.

6. Benefits of Choosing JINGYING for CAD/3D Prototyping

✅ Szybki zwrot – 5–7 days for CAD, 3–5 days for prototyping.
✅ Opłacalne – Eliminates manual carving costs.
✅ High Precision – ±0.1mm accuracy.
✅ Dostosowywanie – Easy modifications before final production.

Wniosek

JINGYING’s CAD and 3D prototyping services streamline the silver jewelry manufacturing process, ensuring precision, efektywność, and client satisfaction. By leveraging advanced software and printing technologies, we bridge the gap between imagination and reality, delivering high-quality custom jewelry from a single picture.