Dental Web Development

The founder of Orthoselect was on a mission to facilitate orthodontists with treatment planning and bracket placement. To do so, the client wanted to create a desktop application that would enable accurate 3D models of the patients’ teeth to be made. They hoped for software that would copy and replicate the teeth of each patient in a way that would make it easier for orthodontists to treat patients more effectively.

Scopic’s C++ developers coded this 3D modeling vision to life using OpenGL and VTK technologies, among others.

The software and models are used in treatment planning and in specialized cases, such as OrthoSelect’s digital indirect bonding service (DIBS) for both fixed braces and removable aligners. The easy-to-use interface empowers healthcare practitioners to use this application hassle-free.

ShadeWave’s vision was to make patients happier by enabling dentists and labs to determine dental shades more accurately. Their team aimed to offer a secure, HIPAA-compliant environment for dental practices and labs to communicate in real-time. No software or special equipment required!

Their vision was concretized into a dental software idea which would mathematically determine and map a tooth’s shade, translucency and value from a digital camera image. Color correction would be done by analyzing a scientifically formulated reference target; without the need for shade tabs.
Scopic developed a shade matching software using advanced image processing algorithms to calculate tooth shade, translucency and value at the touch of a button. By doing so Dentists are now able to eliminate the guesswork from color mapping and save their patients time and money. This orthodontic software was designed to work with any clinical digital camera. This makes it user-friendly and affordable too. Scientifically formulated reference targets were incorporated into the built-in color correction and shade mapping technologies. This helps users avoid inconsistent shade tabs.

The company’s vision was to provide athletes in high-impact sports with the best possible protection for their teeth and gums. The mouthguard app was to be developed to digitize the process of creating this dental modeling software and replace the traditional methods used in creating molds of teeth. They turned to Scopic to develop the app that would both ensure the accuracy of dental impressions and help create custom-fit mouthpieces.

Our software experts built a Windows desktop application from scratch to digitize the process of generating a mouthguard model. Using C++ and QT technologies, we developed the app for internal use. It is powered through the main database located in the company’s central server. We also made it possible for the final model to be exported as an STL file and its coordinates as a CSV file.
This powerful software is designed to scan the individual’s mouth, providing exact measurements for a precise, custom-fit mouthguard – protecting athletes’ teeth and gums during high-impact sports.