Asiga DentaCAST
Asiga DentaCAST is an ash-free dental 3D printing material for direct investment casting and pressing.
Asiga DentaCAST is designed for lost-wax casting workflows, allowing dental laboratories to digitally produce metal partial frameworks, crowns, and bridges without traditional hand wax-ups.
The material enables fast and accurate fabrication of castable patterns and supports pressing of lithium disilicate restorations. It delivers exceptionally accurate results, making it suitable for dimension-critical applications.
Key Features
- Ash-free burnout material
- Designed for direct casting and pressing
- High accuracy for dimension-critical appliances
- Eliminates manual wax-ups through digital workflows
- Suitable for metal and pressed restorations
Applications
- Metal partial frameworks
- Crown and bridge metal prosthetics
- Lithium disilicate pressing
Technical Specifications
- Color: Green
- Printer compatibility: 385 nm and 405 nm 3D printers
- Material type: Open material
- Manufacturing standard: ISO 13485:2016 & EN ISO 13485:2016
Recommended 3D Printers
For optimal performance and precise casting results, this resin is best used with professional DLP 3D printing systems from Asiga. These printers are fully compatible with 385 nm and 405 nm materials and are widely used in dental laboratories for accurate and repeatable pattern production.
For seamless integration into your workflow, consider the following compatible systems:
Asiga Ultra – a high-precision dental 3D printer with customizable 32 or 50 micron resolution for flexible and detailed printing across various applications.
Asiga Max 2 – a high-precision dental 3D printer designed for consistent model production.
Asiga Max X – an advanced solution offering enhanced productivity and accuracy for demanding workflows.
Asiga PRO 4K – a powerful system with a larger build volume for efficient batch production.
Using validated printer and material combinations ensures optimal print quality, dimensional accuracy, and reliable performance in dental applications.
For detailed material specifications and additional technical information, please refer to the official manufacturer page:
https://www.asiga.com/materials-dental/