3D-Pro-ML is a cutting-edge material designed for dental sintering, offering a blend of optical, mechanical, and workflow advantages. Its unique properties include exceptional translucency with a natural color gradient, high aging resistance due to its advanced molecular structure, and ultra-high bending strength for durability. These features make it ideal for demanding applications like full-mouth bridges and fast sintering workflows. The material's compatibility with modern sintering furnaces, including those with advanced features like power interruption recovery, further enhances its practicality in dental labs.
Key Points Explained:
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Optical Properties
- Translucency & Color Gradient: 3D-Pro-ML mimics natural teeth with light transmission ranging from 49% (incisal) to 42% (cervical), ensuring lifelike aesthetics.
- This gradient is critical for seamless integration with adjacent teeth in restorations like veneers and crowns.
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Mechanical Strength
- Bending Strength (800–1200 MPa): Far exceeds conventional materials, reducing risks of chipping or fractures in high-stress applications (e.g., multi-unit bridges).
- The combination of TZP (tetragonal zirconia polycrystal) and PSZ (partially stabilized zirconia) in its molecular structure enhances toughness and longevity.
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Aging Resistance
- The TZP/PSZ structure minimizes low-temperature degradation (LTD), a common issue in zirconia materials, ensuring long-term stability in oral environments.
- This property is vital for restorations exposed to moisture and temperature fluctuations.
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Sintering Efficiency
- Compatible with fast sintering programs, reducing processing time without compromising material properties.
- Works optimally with modern atmosphere retort furnaces, which provide precise temperature control (700°C–1100°C) and uniform heating.
- Features like stackable crucibles (up to 150 units) and power interruption recovery streamline high-volume production.
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Clinical Versatility
- Suitable for full-arch prosthetics due to its strength and aesthetic properties.
- Reduces porosity during sintering, enhancing fit and durability—key factors for implant-supported restorations.
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Workflow Integration
- Compatible with multifunctional dental ovens for pressing or crystallization, offering flexibility in lab processes.
- Safety protocols (e.g., cooling before handling) align with standard furnace maintenance practices to preserve material integrity.
By combining these properties, 3D-Pro-ML addresses both clinical demands (strength, aesthetics) and lab efficiency (fast sintering, high throughput), making it a standout choice for modern dental restorations.
Summary Table:
| Property | Benefit |
|---|---|
| Optical Properties | Mimics natural teeth with 49-42% translucency gradient for lifelike aesthetics. |
| Mechanical Strength | 800–1200 MPa bending strength, ideal for bridges and high-stress applications. |
| Aging Resistance | TZP/PSZ structure prevents low-temperature degradation for long-term stability. |
| Sintering Efficiency | Fast sintering compatibility, works with modern furnaces for high throughput. |
| Clinical Versatility | Suitable for full-arch prosthetics and implant-supported restorations. |
Upgrade your dental lab with 3D-Pro-ML’s advanced material properties and precision sintering solutions. Contact KINTEK today to learn how our high-temperature furnaces and deep customization capabilities can optimize your workflow. From fast sintering programs to stackable crucibles, we provide the tools to maximize efficiency and quality in your dental restorations.
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