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Why Do All-on-X Zirconia Bridges Fracture? Causes, Risks, and Practical Prevention
2026-04-20
All-on-X zirconia bridges are widely used for full-arch restorations due to their high strength and aesthetic performance. However, despite zirconia’s flexural strength often exceeding 900–1200 MPa, fractures still occur in clinical practice. These failures are rarely caused by a single factor. Instead, they are typically the result of design, occlusion, fit, and long-term fatigue acting together.
Why Do Dental STL Files Shift Between Scan Software and EXOCAD?
2026-04-10
Position mismatch between scanning software and exocad is usually caused by different coordinate systems. During the design process, EXOCAD may redefine the model’s position internally. If the restoration is exported using this new coordinate system, it will not align correctly when re-imported into the scanning software. To ensure proper alignment, the design should be exported using the original scan coordinate system, so both the scan data and restoration share the same spatial reference.
Why Does a Dental Fast Sintering Furnace Need a Transformer?
2026-04-09
A dental fast sintering furnace requires a transformer mainly due to voltage differences between countries and the need for stable power supply. Proper voltage ensures reliable heating performance and consistent zirconia sintering results.
How to Choose a CAD CAM Dental Milling Machine
2026-03-24
Choosing the right CAD CAM dental milling machine can improve both efficiency and restoration quality in your lab. This guide explains the key differences, materials, and factors to help you select a machine that fits your daily production needs.
Why Does Shrinkage Vary in Dental Zirconia Blocks? A Practical Guide for Dental Labs
2026-03-23
When working with dental zirconia blocks, many dental labs encounter a common question: Why does shrinkage vary even within the same batch of zirconia blocks? This is often misunderstood as a material quality issue. In reality, shrinkage is an engineering parameter influenced by multiple factors throughout the manufacturing and sintering process. In this article, we will explain this topic from four key aspects: actual values, calculation methods, material science, and clinical impact.
Why Dental Labs Need a Desktop Scanner and the Difference Between 3.0 MP and 3.7 MP
2026-03-19
With the development of digital dentistry, more dental laboratories are introducing desktop scanners into their daily workflow. Compared with traditional manual processes, scanning provides more stable data and improves the connection between design and manufacturing. This article explains why a dental lab needs a desktop scanner, and the practical differences between 3.0 MP and 3.7 MP configurations based on real scanning data.
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