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What Zirconia Blank Homogeneity Means for a Dental Lab Every pre-sintered zirconia disc asks the laboratory to place a certain amount of trust in one number. That number may appear as a shrinkage factor, enlargement factor or scaling factor. The CA...
How Dental Labs Should Compare Zirconia Beyond Strength and Translucency Two zirconia discs sit on the same desk. One lists a flexural strength of 1,200 MPa and a translucency value of 46%. The other claims 1,100 MPa and 49%. At first glance, the cho...
In the accompanying customer picture, two anterior restorations are shown on a working model from several angles. The customer reported a fit problem after firing. The footage provides context for the complaint, although it does not establish wh...
A picture reached me this week. A technician opens the milling chamber on a finished job: a molar crown, still violet in its pre-crystallized state, low-translucency A2. The crown is perfect. It is also lying loose in the chamber. The steel mand...
Struggling with dental lab bottlenecks? A matched set of lab dental equipment eliminates throughput gaps & boosts capacity sustainably. Discover how system-level integration delivers real ROI.
Why zirconia dental crowns are the top choice for elderly patients—superior strength, metal-free biocompatibility, and natural aesthetics. Discover the ideal material for aging oral health.
Struggling with rigid full arch zirconia designs? Discover 5 clinically proven, step-by-step adjustments for vertical space, occlusion, proportions, gingival contour & aesthetics. Optimize CAD/CAM workflow now.
What really drives sintering furnace performance? Discover how heating elements, temperature control, ramp-hold-cool cycles, and chamber uniformity impact zirconia strength & color. Optimize your dental lab workflow now.
Discover why zirconia discs are the #1 choice for crowns, bridges & implants: unmatched strength, biocompatibility, CAD/CAM precision & aesthetic versatility. Compare suppliers now.
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