Digitally Planned Braces

Increased Comfort : Faster Treatment : Predictable Outcomes

What are
Digitally Planned Braces?

Modern orthodontic systems use advanced 3D imaging, AI-powered software, and computer-aided design to create customized treatment plans and appliances.

The braces position is precisely planned on a digital model of your teeth. The braces are then placed in the mouth using a custom-made tray.

This method is more accurate and efficient by utilizing the latest technology. It often results in a faster and more comfortable appointment of getting braces on.

Some aditional images of our Digital Setups

Benefits of Lightforce Braces

Efficient Treatment

thanks to braces that are designed to exactly match your teeth

Ideal Results

thanks to digital treatment planning and more effective bracket technology

Perfect Fit

thanks to digital scans, perfectly-fitting braces

With custom 3D-printed brackets and a fully integrated digital platform for monitoring your progress, LightForce enables a faster treatment experience for both teens and adults (1). Every LightForce treatment plan is individually designed based on your unique tooth shape, jawline, and facial structure, enabling a perfect fit throughout the straightening process. Spend less time in the orthodontist’s chair, and more time living your life.

(1) Weber NDJ, Koroluk LD, Phillips C, Nguyen T, Proffit WR. Clinical effectiveness and efficiency of customized vs. conventional preadjusted bracket systems. J Clin Orthod. 2013;47:261.

FAQ

Most frequent questions and answers

Traditionally, the orthodontist will position each bracket individually in the mouth.
When planning your braces digitally, the orthodontist can plan all the bracket
positions in advance and evaluate them as a whole.

The braces themselves are the same. It is just planned with more accuracy.

By placing brackets more accurately from the beginning of treatment, less
detailing of tooth position needs to be done during treatment.

Therefore, treatment times can definitely be shorter.