High Wax Resin for Jewelry Casting – 90% Wax Content UV Cure Resin for LCD/DLP 3D Printing with Smooth Casting Finish

Take your jewelry creations to the next level with Erilles High Wax Content Jewelry Casting Resin (90% Wax)—a premium solution designed for precision, smooth finishes, and flawless casting results. Specially formulated for LCD, DLP, and UV resin 3D printers, this advanced photosensitive resin is ideal for jewelers, designers, and makers who demand professional-quality output.

With an impressive 90% wax content, this resin ensures clean burnout and exceptional casting performance, making it perfect for creating intricate rings, pendants, and fine-detail designs. Its easy-to-print formula allows for smooth layer formation and high accuracy, while maintaining excellent structural stability during the printing process.

Post-processing is simple and efficient—just rinse with high-concentration alcohol (IPA 95%+), air dry, and cure under UV light for optimal hardness and detail retention. The result? Crisp, detailed models ready for casting with minimal residue and superior finish quality.

Whether you're a professional jeweler or a passionate hobbyist, this resin offers a perfect balance of ease-of-use and high-end results, helping you bring your most detailed designs to life.

Key Features:

• High 90% wax content for clean burnout & superior casting
• Optimized for LCD, DLP & UV 3D printers
• Produces high-detail, smooth surface finishes
• Easy to print, clean, and cure
• Compatible with IPA (95%+) cleaning process
• Excellent for jewelry casting, fine models & prototypes
• Stable performance with customizable print settings
• 2-year shelf life for long-term usability

How to Use:

1. 3D Print your model
2. Clean with alcohol (rinse 2–3 times, under 30 seconds each)
3. Air dry at room temperature
4. UV cure evenly for 20–30 minutes

Create stunning, professional-grade jewelry pieces with ease using this high-performance casting resin—designed for precision, reliability, and beautiful results every time.