Dental Technology
UBC Dental Technology
We utilize cutting-edge technology to ensure that your visit is as safe, efficient, and comfortable as possible.
Digital Smile Design
Digital Smile Design (DSD) allows us to see your mouth in detail using advanced imaging and 3D modeling technology. With a clear plan, your DSD smile designer can create a model of your mouth and show you what your smile will look like after treatment.
DSD enhances the way we diagnose problems in your mouth and jaw, and includes evaluations to ensure your smile looks great. This approach improves communication among your dental team, keeping you informed every step of the way, and provides you with educational resources and visual aids to help you understand the results of your DSD treatment.
iTero® Element™ Intraoral Scanner
The iTero Element Scanner represents a cutting-edge digital impression technology that removes the hassle of traditional putty impressions. We utilize the iTero Element Scanner to obtain a precise 3D model of your teeth and gums with remarkable ease. This innovative approach not only enhances comfort compared to the old methods, but it also delivers results more quickly and ensures a superior clinical outcome.
- No messy residue or unpleasant taste to be concerned about
- Swift and precise results
- Perfect for dental crowns, bridges, implants, and Invisalign clear retainers and aligners
- See a visual representation of your potential Invisalign treatment results
During the impression process, you can breathe or swallow just as you normally do, and feel free to take a moment if you need to sneeze or have a question. The scanner captures a 3D model of your mouth, which can be utilized for various dental services, including allowing you to visualize what your new smile could look like.
CBCT 3D Imaging
Cone beam computed tomography, or CBCT, is a type of 3D imaging that helps dental professionals assess bone health, understand tooth and bone relationships, locate impacted teeth, and examine important anatomical landmarks. It is commonly used for dental implant evaluations.
During the imaging process, the CBCT scanner revolves around the patient’s head and gathers nearly 600 images. These images are then processed by specialized software to create a three-dimensional anatomical model that can be further analyzed and visualized.
Intraoral Camera
At Lelem Village, we want you to understand your dental health, which is why we use an intraoral video camera about the size of a pen. This technology lets you see issues like broken fillings, gum problems, and small cracks, even in the back teeth.
With the intraoral camera, we can zoom in on a single tooth or give you a tour of your mouth, allowing you to see exactly what we see. This clear view helps you better understand your treatment options and any problems you may have.
By catching potential issues early, this tool empowers you to make informed decisions about your dental health with the full-color images it provides.
Digital X-Rays
We utilize a state-of-the-art digital x-ray system for modern imaging. This innovative method reduces radiation exposure by up to 90% compared to traditional film-based x-ray techniques.
Unlike the conventional process, which required 5 to 10 minutes for development and additional time for camera repositioning, our digital x-rays appear on the computer screen within seconds.
This rapid imaging allows us to easily magnify the images and demonstrate precisely what we observe to you, ensuring a clear understanding of your dental health. Furthermore, we can store these digital images efficiently, significantly decreasing the likelihood of needing repeat x-rays.
VELscope Oral Cancer Screening
The VELscope device provides a quick, easy, and completely painless way to check for unusual tissue in the mouth. Unlike some screening methods, this one skips the messy rinses or stains, taking just a minute or two for a full exam. With the VELscope® System, a handheld tool shines a harmless blue light around the mouth, which causes the tissue to react—basically, it lights up in different colors. This fluorescence helps the clinician immediately see which areas look normal and which might need closer attention. If something unusual shows up, they’ll typically recommend a biopsy to get a clearer picture of what’s going on.