VisiJet® Wax Jewel Ruby for 300W and 2500W Plus 3D Printers
VisiJet® Wax Jewel Ruby for 300W and 2500W Plus 3D Printers
Special order. Please allow extra time for delivery.
Product Specifications
Product Specifications
Safety, Compliance & Product Documentation
Safety, Compliance & Product Documentation
Safety Data Sheet (SDS) 1
Product Description
Discover next-level jewelry production with 3D printed wax jewelry patterns! VisiJet® Wax Jewel Ruby patterns withstand the entire lost wax casting process and remain stable in high temperatures. Their durability and flexibility boost productivity and reduce costs by preventing breakage. This pure wax delivers optimal performance for stone-setting.
Applications:
- Typical and custom jewelry designs
- Stone in-place castings
- Fine mesh and filigree design jewelry castings
Benefits:
- Durability and dimensional stability in high temperature environment
- For use with standard lost wax casting processes
- Clean burnout with no ash content
- Allows for fine featured designs with filigree or mesh patterns
Features:
- 100% Wax
- Increased flexibility over traditional casting waxes
- Increased pattern durability
- High contrast dark red color for details visualization
Specifications:
- Melting point: 61-63°C
- Softening point: 45-47°C
- Volumetric shrinkage: 1.5% (from 40°C to 23°C)
- Linear shrinkage: 0.50% (from 40°C to 23°C)
- Needle penetration hardness: 12 (ASTM D1321)
- Ash content: 0.00% (ASTM D5630-13A)
Considerations:
Enhanced Design Capabilities: Durable yet flexible casting patterns enable the creation of new design styles and open up expanded possibilities in wax 3D printing technology.
Superior Durability: Patterns produced with VisiJet® Wax Jewel Ruby material can withstand handling throughout the entire lost wax casting process while remaining stable even in high ambient temperatures.
Improved Productivity: Pattern durability and increased flexibility promote greater productivity and significant cost savings by reducing the time and expenses associated with fragile patterns that break during production.
Optimal Material Performance: This pure wax formulation delivers the best performing material specifically designed for stone-setting applications in jewelry manufacturing.
Process Reliability: The robust nature of these patterns reduces production interruptions and waste, leading to more consistent and efficient jewelry manufacturing workflows.