Case Study
Case Study
Case Study
Next-Generation Digital Orthodontics
Next-Generation Digital Orthodontics
Next-Generation Digital Orthodontics
Helping orthodontists deliver more precise, predictable, and efficient treatments through digital workflows, customized brackets, and indirect bonding.
Helping orthodontists deliver more precise, predictable, and efficient treatments through digital workflows, customized brackets, and indirect bonding.
Overview
Overview
The Shift from Conventional to Digital Treatment
The Shift from Conventional to Digital Treatment
Traditional orthodontic workflows rely heavily on manual impressions, standard brackets, and repeated clinical adjustments. While effective, these approaches introduce variability in bracket positioning and extend treatment timelines.
Traditional orthodontic workflows rely heavily on manual impressions, standard brackets, and repeated clinical adjustments. While effective, these approaches introduce variability in bracket positioning and extend treatment timelines.
At Invarsys, digital scanning and CAD/CAM workflows replace manual guesswork with data-driven precision, enabling highly customized treatment planning from the very first appointment.
At Invarsys, digital scanning and CAD/CAM workflows replace manual guesswork with data-driven precision, enabling highly customized treatment planning from the very first appointment.
Problem Statement
Problem Statement
Why Traditional Orthodontics Falls Short
Why Traditional Orthodontics Falls Short
Conventional treatment methods create inefficiencies that impact precision, consistency, and patient experience.
Manual Impressions
Physical impressions are slower, less comfortable, and more prone to inaccuracies.
Multiple Adjustments
Bracket repositioning and repeated chairside corrections increase treatment duration.
Standardized Brackets
Off-the-shelf brackets are designed for average anatomy rather than individual patients.
Limited Predictability
Without digital planning, treatment outcomes depend heavily on manual execution.
Limited Predictability
Without digital planning, treatment outcomes depend heavily on manual execution.
Problem Statement
Problem Statement
Why Traditional Orthodontics Falls Short
Scan Acquisition
The workflow begins with a high-resolution intraoral 3D scan that captures the patient's dentition with exceptional anatomical accuracy. These digital records eliminate the need for conventional impressions while providing the precise geometric data required for downstream CAD/CAM treatment planning.
01
Digital Treatment Planning
Patient scans are imported into specialized orthodontic software, where clinicians perform a virtual setup by simulating tooth movement to the desired final occlusion. This digital treatment plan defines bracket positioning, force mechanics, and the complete sequence of orthodontic correction.
02
CAD/CAM Bracket Engineering
Using the approved treatment plan, patient-specific brackets are digitally designed based on individual tooth morphology and prescribed tooth movement. CAD/CAM manufacturing ensures each bracket incorporates the required prescription, reducing reliance on manual wire adjustments during treatment.
03
Precision Indirect Bonding
Customized transfer trays are fabricated from the digital bracket setup, enabling simultaneous placement of all brackets with sub-millimeter accuracy. This indirect bonding technique minimizes positioning variability, shortens clinical chair time, and improves first-time placement accuracy.
04
Predictable Clinical Outcomes
With digitally validated treatment planning and precision-guided appliance placement, orthodontic mechanics become significantly more controlled throughout treatment. The integrated workflow reduces mid-treatment corrections, improves treatment predictability, and delivers more efficient clinical outcomes for both clinicians and patients.
05
Scan Acquisition
The workflow begins with a high-resolution intraoral 3D scan that captures the patient's dentition with exceptional anatomical accuracy. These digital records eliminate the need for conventional impressions while providing the precise geometric data required for downstream CAD/CAM treatment planning.
01
Digital Treatment Planning
Patient scans are imported into specialized orthodontic software, where clinicians perform a virtual setup by simulating tooth movement to the desired final occlusion. This digital treatment plan defines bracket positioning, force mechanics, and the complete sequence of orthodontic correction.
02
CAD/CAM Bracket Engineering
Using the approved treatment plan, patient-specific brackets are digitally designed based on individual tooth morphology and prescribed tooth movement. CAD/CAM manufacturing ensures each bracket incorporates the required prescription, reducing reliance on manual wire adjustments during treatment.
03
Precision Indirect Bonding
Customized transfer trays are fabricated from the digital bracket setup, enabling simultaneous placement of all brackets with sub-millimeter accuracy. This indirect bonding technique minimizes positioning variability, shortens clinical chair time, and improves first-time placement accuracy.
04
Predictable Clinical Outcomes
With digitally validated treatment planning and precision-guided appliance placement, orthodontic mechanics become significantly more controlled throughout treatment. The integrated workflow reduces mid-treatment corrections, improves treatment predictability, and delivers more efficient clinical outcomes for both clinicians and patients.
05
Solution Approach
Solution Approach
How Invarsys Delivers
How Invarsys Delivers
Precision
Precision
Every treatment is powered by a fully digital workflow that combines patient-specific planning, CAD/CAM engineering, and precision-guided appliance placement. The result is greater clinical accuracy, improved efficiency, and more predictable orthodontic outcomes.
Effortlessly connect with your favorite tools. Whether it's your CRM, email marketing platform.
Digital Treatment Planning
Every patient begins with a detailed 3D scan that becomes the blueprint for treatment.
Patient-specific treatment blueprints
Virtual tooth movement simulation before treatment
Digital Treatment Planning
Every patient begins with a detailed 3D scan that becomes the blueprint for treatment.
Patient-specific treatment blueprints
Virtual tooth movement simulation before treatment
CAD/CAM Bracket Design
Brackets are digitally engineered based on the patient's anatomy and desired tooth movement.
Custom bracket prescriptions for every patient
Optimized force application for efficient tooth movement
Indirect Bonding
Custom transfer trays position every bracket accurately in a single appointment.
Accurate bracket placement from day one
Reduced chairside time and fewer repositioning errors
Predictive Treatment Simulation
Clinicians and patients can visualize treatment outcomes before appliances are placed.
Clear visualization of expected results
Better patient understanding and informed decision-making
Benefits
Precision at Every Step of Treatment
A connected digital workflow that improves accuracy, efficiency, and treatment predictability from planning to placement.
Digital Treatment Planning
Every patient begins with a detailed 3D scan that becomes the blueprint for treatment.
CAD/CAM Bracket Design
Brackets are digitally engineered based on the patient's anatomy and desired tooth movement.
Indirect Bonding
Custom transfer trays position every bracket accurately in a single appointment.
Predictive Treatment Simulation
Clinicians and patients can visualize treatment outcomes before appliances are placed.
Digital Treatment Planning
Every case begins with a detailed 3D scan that becomes the foundation for treatment planning. Clinicians virtually position teeth before treatment begins, ensuring greater accuracy and predictability.
Benefits
Security & Compliance
A connected digital workflow that improves accuracy, efficiency, and treatment predictability from planning to placement.
Digital Treatment Planning
Every patient begins with a detailed 3D scan that becomes the blueprint for treatment.
Every case begins with a detailed 3D scan that becomes the foundation for treatment planning. Clinicians virtually position teeth before treatment begins, ensuring greater accuracy and predictability.
CAD/CAM Bracket Design
Brackets are digitally engineered based on the patient's anatomy and desired tooth movement.
Indirect Bonding
Custom transfer trays position every bracket accurately in a single appointment.
Predictive Treatment Simulation
LLM safeguards against prompt injection & data leaks.
Outcomes
Outcomes
Delivering Better Outcomes Through Digital Orthodontics
Delivering Better Outcomes Through Digital Orthodontics
Delivering Better Outcomes Through Digital Orthodontics
By replacing traditional manual workflows with a fully digital treatment process, Invarsys enables orthodontists to achieve greater precision, improve clinical efficiency, and deliver a more predictable patient experience.
By replacing traditional manual workflows with a fully digital treatment process, Invarsys enables orthodontists to achieve greater precision, improve clinical efficiency, and deliver a more predictable patient experience.
Patient-specific treatment planning powered by high-resolution 3D scans.
Customized CAD/CAM brackets engineered for precise tooth movement.
Accurate indirect bonding that minimizes placement errors.
Digital treatment simulations that improve planning and patient communication.
Digital Treatment Workflow
Digital Treatment Workflow
Digital Treatment Workflow
Patient-Specific Planning
Patient-Specific Planning
Precision Indirect Bonding
Precision Indirect Bonding
CTA
Ready to Get Started?
Empower your business with cutting-edge AI technology that transforms raw data into actionable insights.
CTA
Ready to Get Started?
Empower your business with cutting-edge AI technology that transforms raw data into actionable insights.