Digital Mouth Scanning Technology for Easier Dental Visits!
2024-11-29
2026-07-03
At Yucera, every successful restoration tells a story—not only about high-quality dental materials, but also about the close collaboration between dental laboratories and our team.
This case study is based on a real customer project shared by our sales representative Zoey. We sincerely appreciate Zoey for documenting the customer's workflow and feedback, allowing us to share this practical experience with more dental professionals around the world.
In this project, a dental laboratory used ST Color Zirconia to fabricate anterior restorations, achieving natural esthetics, precise milling results, and consistent restoration quality.

The customer is an experienced dental laboratory specializing in fixed restorations. Their daily production includes crowns, bridges, and anterior esthetic cases, where both appearance and dimensional accuracy are critical.
For this project, the laboratory needed a zirconia material that could provide:
After evaluating their requirements, the laboratory selected ST Color Zirconia for the case.
Anterior restorations often present greater challenges than posterior restorations because they demand a higher level of esthetics.
The laboratory's main objectives included:
Since multiple connected restorations were involved, dimensional stability throughout the workflow was also an important consideration.
The laboratory designed the restoration using its standard CAD workflow before milling the restoration from an ST Color Zirconia disc.
Throughout the milling process, the technicians reported stable machining performance and clean cutting surfaces.
The restoration framework remained intact during machining, allowing the team to complete finishing procedures efficiently.
The customer also shared images showing the restoration immediately after milling, demonstrating clear anatomy and well-defined margins.
After sintering and finishing, the restoration exhibited a natural appearance suitable for anterior applications.
According to the customer, the restoration demonstrated:
The overall result required minimal adjustment before the next clinical stage, helping improve laboratory efficiency.
Following completion of the case, the customer expressed satisfaction with the overall milling experience and restoration quality.
According to the feedback shared with Zoey:
The laboratory subsequently continued ordering ST Color Zirconia for routine production, demonstrating confidence in the material's consistency and performance.
For this laboratory, material selection was based on practical production requirements rather than a single performance indicator.
Several characteristics of ST Color Zirconia supported their workflow:
The pre-colored design helps create restorations with a more natural appearance while reducing additional coloring procedures.
Stable machining contributes to accurate margins and smooth restoration surfaces.
Dimensional stability during sintering helps maintain restoration accuracy throughout production.
Reliable material performance allows technicians to spend less time on corrections and adjustments, improving daily productivity.
One of the greatest advantages of digital dentistry is the ability to continuously improve through real clinical and laboratory experience.
Projects like this demonstrate how material consistency, proper workflow, and experienced technicians work together to produce predictable restorations.
For dental laboratories, choosing the right zirconia is not only about material specifications—it is about achieving repeatable results day after day.
This customer case illustrates how ST Color Zirconia can support dental laboratories in producing natural-looking anterior restorations with consistent milling performance and reliable processing.
We would like to thank Zoey once again for sharing this valuable customer experience and helping us showcase a real-world laboratory workflow. We also sincerely appreciate our customer for allowing us to share their restoration results with the global dental community.
Real feedback from dental laboratories continues to inspire us to provide practical solutions for digital dentistry and support more efficient CAD/CAM workflows worldwide.
Dry & wet milling for zirconia, PMMA, wax with auto tool changer.
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High-precision 3D scanning, AI calibration, full-arch accuracy.
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40-min full sintering with 57% incisal translucency and 1050 MPa strength.
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40-min cycle for 60 crowns, dual-layer crucible and 200°C/min heating.
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High-speed LCD printer for guides, temporaries, models with 8K resolution.
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