Advanced restorative dental technology at Timber Family Dental is a highly precise clinical approach that uses 3D intraoral scanners, digital treatment planning, and CAD/CAM software to design custom dental crowns. This modern system eliminates traditional putty impressions, guaranteeing a flawless, durable fit for your smile. Clinical literature supports the use of digital technologies in dental practice to enable better, faster diagnosis, patient education, and communication [1] (Prithviraj et al., 2014).
Co-Diagnosing: Seeing Your Smile on the Big Screen
In the past, you had to take your dentist’s word that a tooth needed a crown. Advanced restorative technology completely changes this dynamic. When we use a 3D intraoral scanner, the high-definition images instantly appear on a monitor right in front of your chair. Medical evidence supports that 3D IOS in oral medicine could enable accurate, repeatable, and non-invasive documentation of soft tissue lesions, supporting longitudinal assessment and diagnosis [2] (Sololmou et al., 2025). You see your tooth magnified in full color. If there is a hidden crack or severe enamel wear, we look at it together. This process, known as co-diagnosis, removes the mystery from your dental care. You get to ask specific questions about the images, putting you back in control of your healthcare decisions.
How Precision Margins Stop Secondary Decay
A common fear among patients is getting a new cavity underneath an existing crown. This decay happens when the edge of the crown does not sit perfectly flush against your natural tooth. Traditional putty molds often shrink or warp, creating microscopic gaps where food and bacteria hide. Digital 3D scans eliminate this physical distortion. Additionally, clinical evidence supports that the type of scanner and its system alignment significantly influence the accuracy of crown margins [3] (Wu et al., 2025). Our CAD/CAM software designs your new crown to fit securely and form a flawless, airtight seal. By keeping harmful bacteria out, this precision fit protects your natural tooth structure and prevents painful infections down the road.
Faster Turnaround Times With Digital Lab Integration
Waiting weeks for a permanent crown is frustrating. With old methods, a clinic had to pack your fragile putty mold in a box and rely on the postal service to deliver it to a dental lab. If the box got lost or damaged in transit, you had to come back and start the messy process all over again. Advanced digital technology bypasses the mail completely. As soon as your scan is finished, we securely email your 3D file directly to a top-tier fabrication lab. This instant communication drastically reduces your wait time. You spend fewer days worrying about a temporary crown and get your permanent smile restored much faster.
Comparisons: Traditional Impressions vs. Digital 3D Scanning
Understanding the technology behind your care helps you make confident healthcare choices. Here is a breakdown of how our advanced digital workflow compares to the old-school methods of making a crown.
Service Type | Primary Experience | Durability (Accuracy) | Maintenance Level |
Traditional Putty Impressions | Requires holding a messy tray in your mouth for 3 to 5 minutes. Often triggers a gag reflex. | Moderate (Physical molds can shrink or distort during transit to the lab, leading to poor fits). | Moderate (May require multiple return visits to grind down and adjust a bulky crown). |
Digital 3D Crown Scanning | A fast, comfortable wand captures digital images in under 2 minutes. Zero goop required. | High (Flawless digital data creates a gap-free seal that resists future bacterial decay). | Low (Precise fit from day one. Requires standard daily brushing and flossing). |
Eliminating the "High Bite" With Digital Occlusal Mapping
Have you ever received a dental filling or crown that felt just a little bit too tall? Even a millimeter of extra material throws off your resting bite, causing jaw muscle fatigue and sharp headaches. We use digital occlusal mapping to prevent this specific issue. Before the lab fabricates your crown, our software analyzes exactly how your top and bottom teeth come together when you chew. The computer calculates the perfect thickness for your new restoration. When we place the final crown, it blends smoothly into your natural bite, saving you from needing additional follow-up visits just to get the height ground down.
Upgrading Your Old, Failing Dental Restorations
Many patients walk around with old metal crowns that show an unattractive dark gray line at the gums. Over time, these aging restorations begin to leak, crack, or cause chronic sensitivity. If you want to replace outdated dental work, our digital workflow makes the upgrade comfortable and stress-free. We gently remove the failing material, clean the healthy tooth underneath, and take a fresh 3D scan. You receive a highly durable replacement that matches the exact shade of your surrounding teeth. Whether you are taking family photos at Centennial Park or heading to work in Wake County, you can smile and speak with absolute confidence.
FAQs
1. Do digital impressions work for patients with a severe gag reflex?
Yes. Digital scanners are the best option for patients who struggle with gagging. The scanning wand is small, and if you need to take a break, we can simply pause the scan and pick up exactly where we left off.
2. Will a crown made from a digital scan feel different in my mouth?
It will feel much better. Because the software analyzes how your top and bottom teeth come together, the final crown is engineered to match your natural bite perfectly. It will not feel bulky or artificially high.
3. Are digital scanners safe to use on my teeth?
Absolutely. Unlike X-rays, which use low-dose radiation to see through bone, a 3D intraoral scanner simply takes high-speed photographs of the outside of your teeth. It is completely safe, emitting no radiation whatsoever.
References
[1] Prithviraj, D. R., Bhalla, H. K., Vashisht, R., Sounderraj, K., & Prithvi, S. (2014). Revolutionizing restorative dentistry: an overview. Journal of Indian Prosthodontic Society, 14(4), 333–343. https://doi.org/10.1007/s13191-014-0351-5
[2] Solomou, M. M., Pistolas, Y., Theodosiou, A., Panayides, A. S., & Diamanti, S. (2025). Three-Dimensional Intraoral Scanners in Oral Soft Tissue Diagnosis: A Narrative Review and Conceptual Outlook. Cureus, 17(12), e100113. https://doi.org/10.7759/cureus.100113
[3] Wu, W. L., Wang, C. W., Nam, H. Y., & Lin, W. C. (2025). Trueness and precision analysis of crown margins on digital casts produced by various dental scanning systems. Journal of dental sciences, 20(3), 1447–1453. https://doi.org/10.1016/j.jds.2025.01.030