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Russell Kelly, DDS
Digital impressions use a compact intraoral scanner to create a highly detailed, three-dimensional map of your teeth and surrounding tissues. Instead of filling a tray with impression material, a clinician gently moves the scanner wand around the arches while specialized software stitches together thousands of individual images into a precise digital model. The result is an accurate virtual representation that can be viewed, measured, and adjusted instantly on-screen.
This scanning process records subtle details—margins, undercuts, and soft-tissue contours—that are essential for well-fitting restorations. Because the capture is digital, the model can be rotated and magnified to check critical areas before any laboratory work begins. That level of control reduces the chance of remakes and helps ensure that final crowns, bridges, or appliances match the intended design closely.
For patients, the difference is tangible: scanning is faster and less invasive than traditional impressions. For clinicians, it provides a dependable, repeatable method for collecting the data needed to plan restorations, guide implant placement, or coordinate orthodontic treatment. The technology is designed to integrate smoothly with modern dental workflows, giving teams the information they need without unnecessary steps or delay.
Many patients describe conventional impressions as uncomfortable or anxiety-inducing due to the bulk and taste of impression material. Digital scanning eliminates those factors by replacing trays and putty with a small, ergonomic wand. The experience is generally quicker and more tolerable, especially for people with a strong gag reflex, limited mouth opening, or sensitivity to textures in the mouth.
Beyond comfort, digital impressions offer clearer communication. Patients can see the same 3D images the clinician uses, which makes it easier to explain treatment options and expected outcomes. Visualizing the anatomy and proposed restorations helps patients feel informed and engaged in their care, while clinicians can capture additional images or recapture problem areas immediately if needed.
Because scans are captured in real time, adjustments and confirmations happen during the visit rather than after the fact. This immediacy helps avoid second appointments caused by unclear impressions and supports a smoother, more predictable journey from consultation to restoration.
Digital impression files are transmitted electronically to dental laboratories or used directly within in-office CAD/CAM systems. This eliminates the physical shipping of impressions and the potential for distortion that can occur during transportation or stone-model fabrication. Electronic transfer speeds up collaboration and reduces the number of steps between capture and fabrication.
For practices equipped with in-office milling or CAD/CAM production, scanning can be the first step toward same-day ceramic restorations. Once the digital model is captured, the restoration can be designed, milled, and polished within a single appointment, returning a finished crown or onlay to the patient without the need for a temporary. When outside labs are used, digital files still shorten turnaround times and improve the consistency of laboratory-fabricated restorations.
Reliable digital workflows also support better quality control. Technicians receive precise measurements and can provide feedback quickly if additional detail is needed. That collaborative loop improves fit and esthetics while reducing the likelihood of adjustments after cementation.
Digital impressions have broad clinical applications across general and specialty dentistry. In restorative procedures, scans guide the design of crowns, bridges, inlays, and veneers, helping clinicians achieve accurate margins and occlusion. The precise digital record contributes to restorations that fit better and require fewer chairside adjustments.
Implant dentistry benefits from digital workflows as well. Scans can be merged with cone-beam CT data to plan implant placement and fabricate surgical guides. This integration enhances foundation-level accuracy for implant position and angulation, which supports long-term function and esthetics of the final prosthesis.
Orthodontic and appliance-based treatments also make effective use of digital impressions. Clear aligner systems, retainers, nightguards, and custom appliances are routinely fabricated from digital scans, allowing for predictable appliance fit and easier case setup. The same digital file can be archived and reused for future treatment needs, making follow-up care more convenient.
The appointment begins with a brief discussion of goals, followed by a comfortable, quick scan of the teeth and gums. The scanner’s small tip is moved methodically across the surfaces while the clinician monitors the on-screen model. Because the capture is instantaneous, the clinician can highlight and correct any areas that need recapturing before concluding the scan.
After capture, the team reviews the digital model with the patient, explaining key landmarks and how the data will be used to design the restoration or appliance. If the practice offers same-day restorations, the design and fabrication process can sometimes begin immediately; otherwise, the digital file is sent to a trusted laboratory to produce the final restoration.
Patients should anticipate a shorter, more comfortable experience than with traditional impressions, with fewer surprises once the final restoration is delivered. The digital record also supports better documentation for future care, helping clinicians track changes and maintain continuity across treatments.
At our practice, the adoption of digital impressions reflects a commitment to accurate, patient-centered care. Russell Kelly, DDS combines modern scanning technology with clinical experience to streamline treatment planning and improve restoration outcomes. If you’d like to learn more about how digital impressions may benefit your dental care, please contact us for more information.
Contact us today to schedule your appointment with Dr. Russell Kelly.
Request AppointmentRussell Kelly, DDS
Digital impressions are detailed, computer-generated 3D models of the teeth and gums captured using an intraoral scanner, replacing the traditional method of biting into a tray of impression material. These digital files provide an accurate representation of a patient's mouth that can be used for a variety of dental treatments. They offer a more comfortable and often more precise alternative to conventional impression-taking.
Digital impressions work by using a small handheld scanning wand that captures hundreds of images per second as it's moved around the teeth and gums. Specialized software then stitches these images together in real time to create a detailed, accurate 3D digital model. This model can be viewed immediately on a screen and used for diagnosis, treatment planning, or fabricating restorations.
Digital impressions are generally more comfortable because they eliminate the need for the thick, messy putty trays used in traditional impressions, which some patients find uncomfortable or that can trigger a gag reflex. The scanning wand is compact and the process is typically quicker, without the waiting time needed for impression material to set. Many patients find the overall experience much more pleasant than conventional methods.
Digital impressions are generally considered highly accurate and, in many cases, can capture finer details than traditional impression materials, which can sometimes distort slightly during removal or shipping. The digital process also reduces the chance of human error associated with mixing and handling physical impression materials. This precision can contribute to a better fit for crowns, aligners, and other custom dental restorations.
Digital impressions are used in a wide range of procedures, including crowns, bridges, veneers, dental implants, clear aligner therapy like Invisalign®, and nightguards or retainers. They can also be useful for monitoring changes in a patient's teeth over time. Their versatility makes them a valuable tool across many areas of restorative and cosmetic dentistry.
Yes, digital impressions can enable same-day restorations in offices equipped with the appropriate in-house milling technology, allowing a crown or other restoration to be designed and fabricated during a single visit. This eliminates the need for a temporary restoration and a follow-up appointment in many cases. Not all restorations are suitable for same-day fabrication, so your dentist can let you know if this option applies to your treatment.
During a digital impression appointment, your dentist or hygienist will guide a small scanning wand around your teeth and gums, capturing images that build into a 3D model displayed on a nearby screen. The process is typically quick, often taking just a few minutes, and involves no biting down or waiting for material to set. Many patients find it a straightforward and even interesting part of their visit, as they can watch the model form in real time.
Digital impressions are considered safe and are suitable for most patients, including those who have difficulty tolerating traditional impression materials due to a sensitive gag reflex or material allergies. The scanning process does not involve radiation and is non-invasive. Your dentist can confirm whether digital scanning is appropriate for your specific dental needs.
Digital impression files are stored securely within the practice's dental software systems, often integrated with patient records for easy access during future visits. When needed, these files can be electronically shared with dental laboratories or specialists to fabricate restorations or coordinate care. This digital transfer is typically faster and more reliable than shipping physical molds.
Russell Kelly, DDS uses digital impressions to provide patients with a more comfortable experience while also improving the accuracy and efficiency of treatment planning. This technology helps reduce chair time, minimizes the need for remakes due to distorted impressions, and supports better communication with dental labs. Ultimately, it reflects a commitment to using modern tools that enhance both patient comfort and the quality of care.