About BioLign

We are a technology startup that is aiming to rethink the orthodontic aligner workflow. Our product, BioLign3D combines deep learning technology, modern API’s, and a clinically grounded treatment philosophy to make aligner workflows faster, easier to scale, and more accurate.

Our Product

BioLign3D is a treatment planning software, that represents a look into the future of orthodontics. Our goal is to redefine the aligner workflow by tackling the limitations of today’s solutions. By leveraging modern technologies, BioLign is building faster, and more efficient tools that help clinicians elevate their current standard of patient care. 

  • Enhanced Aligner Fit
  • Greater Customizability
  • One Week aligner delivery
  • Improved Material quality
  • TMD Improvements
  • Greater Patient Satisfaction

Limitations of Existing Solutions

1

Outdated Frameworks

Built on outdated frameworks and technologies that fail to provide features and functionalities that are expected in modern day softwares.

2

Lack of Automation

Heavily reliant on user input in areas such as mesh repair, segmentation, and treatment planning. No clear path forward in terms of automation.

3

Limited Customizability

Rigid, inefficient workflows that limit the ability of clinicians to implement and execute their own unique clinical processes.

4

Limited Accessibility

Confined to outdated desktop environments with no cross-platform compatibility or web deployment, restricting flexibility and broader adoption in modern clinical settings.

Pursuit of Automation

  • The goal: Eliminate manual user input with an AI driven algorithm that can produce predictable orthodontic treatment plans.
  • Would allow aligner manufacturers to phase out treatment planning centers that are expensive to setup and operate.
  • Can significantly accelerate the aligner workflow, by automating inefficient manual steps, while delivering more consistent results.

Automation Challenges

Requires Systemization

Built on outdated frameworks and technologies that fail to provide features and functionalities that are expected in modern day softwares.

Lack of Standardization

Built on outdated frameworks and technologies that fail to provide features and functionalities that are expected in modern day softwares.

unpredictable treatments

Built on outdated frameworks and technologies that fail to provide features and functionalities that are expected in modern day softwares.

Our Automation Advantage

1. Standardized Method
Our standardized clinical framework that we call MIAP, provides a foundation for automation. This proprietary, IP-protected method ensures reproducibility and clinical reliability.
2. Clinically Validated
Our method has been clinically validated over 8 years, used on thousands of patients with consistent, predictable outcomes and positive patient feedback.
3. Training Data Available
For each patient case, we’ve collected the full 3D transformation data from every treatment plan, creating a comprehensive dataset that can be used to train an AI model.

What is MIAP? (Minimally Invasive Aligner Protocols)

  • Our treatment planning method that has allowed us to realize significant benefits in comparison to traditional aligner therapy.
  • Involves restoring the patient’s natural arch form and dimensions through the use of a biomechanically optimized treatment plan.
  • MIAP allows us to double the literature predictability values of other aligner manufacturers.