Material Composition | Biocompatible restorations | Industry: Polycrystalline alumina (PCA) or basic zirconia Our Base: High-purity zirconia (ISO 13356) Our Advanced: Zirconia with nano-additives (ASTM F1869) | Base: 20% stronger than PCA; Advanced: Enhanced wear resistance (▲30% vs Base) | Base: Less translucent than Advanced; Advanced: Higher cost (+30%) |
Flexural Strength | Posterior crowns/bridges | Industry: 600 MPa Our Base: 650 MPa (▲8%) Our Advanced: 1200 MPa (▲100%) | Advanced: Withstands extreme occlusal forces; Base: Sufficient for most cases | Advanced: Requires careful handling to avoid chipping; Base: Limited for heavy bite scenarios |
Translucency | Anterior tooth restorations | Industry: 35-40% (ISO 10477) Our Base: 42-48% Our Advanced: 50-57% (▲31% over Industry) | Advanced: Mimics natural tooth light transmission; Base: Better than standard | Advanced: Slightly lower strength (-15% vs Base); Base: Less ideal for highly visible areas |
Dimensional Specs | Standardized CAD/CAM workflows | Industry: Varies (common 95x9mm) Our Base/Advanced: 98x10mm (ISO 25178 certified) | Consistent size reduces machining errors; Universal fit for most milling machines | Non-standard for labs using legacy equipment (▲10% larger than industry average) |
Multilayer Design | Complex layered restorations | Industry: Single-layer (common) Our Base: 2-layer Our Advanced: 3-layer (ISO 20795-1) | Advanced: Combines strength (core) and esthetics (surface); Base: Improved integration over single-layer | Advanced: Requires advanced CAD/CAM software (+$500 cost); Base: Limited layer functionality |
CAD/CAM Compatibility | High-volume dental labs | Industry: Basic compatibility (ISO 5725) Our Base: Full compatibility with主流 systems Our Advanced: Optimized for high-speed milling (▲20% faster) | Advanced: Reduces production time by 2 hours per restoration; Base: Works with 90% of machines | Advanced: Requires newer milling machines (▲$2k investment); Base: Slower for high-speed mills |