Facebook

News

Improving Crown Fit Through Better Milling Strategies
2026-06-01
In digital dental laboratories, crown fit remains one of the most important indicators of restoration quality. Whether producing single crowns, bridges, or implant-supported restorations, inaccurate fit can lead to chairside adjustments, remakes, and increased production costs. While milling machines have become increasingly precise, achieving consistent crown fit still depends on multiple factors throughout the digital workflow.
From Single Crowns to Full-Arch Bridges: What Really Matters in 5-Axis Dental Milling Consistency
2026-05-29
As digital dentistry continues to develop, dental laboratories and clinics are placing greater attention on consistency rather than simple milling speed alone. Whether producing a single zirconia crown or a full-arch implant restoration, the goal is the same: predictable fit, stable quality, and reduced adjustment time.
Understanding Temperature Variation in Dental Zirconia Sintering Furnaces: Thermal Field, Materials Response, and Process Stability
2026-05-27
In zirconia CAD/CAM workflows, sintering is the final and most critical step that determines the material’s microstructure and optical-mechanical balance. Unlike conventional heating processes, zirconia sintering occurs at high temperatures (typically 1450–1550°C), where small variations in thermal conditions can significantly influence densification kinetics and grain growth behavior.
High Translucency vs Standard Zirconia Blocks: Practical Selection Guide for Dental CAD/CAM Cases
2026-05-12
In CAD/CAM dental workflows, zirconia has basically become the “go-to” material for most restorations. It’s strong, stable, and works well with digital milling systems. But in daily lab and clinical use, one question always comes up: should you choose high translucency zirconia or standard zirconia?
Go to page