Modulate Technologies

About Modulate Technologies

Modulate develops personalized spinal orthoses for scoliosis treatment using a fully automated design process that combines 3D scanning, machine learning, and finite element modeling to create biomechanically optimized braces. This approach enhances brace effectiveness and comfort while reducing the need for adjustments, resulting in an average in-brace curve correction of 82% as validated in clinical trials.

```xml <problem> Traditional scoliosis braces often require manual adjustments by specialized orthotists, and may not fully account for individual patient morphology, potentially leading to discomfort and suboptimal spinal correction. Current brace designs may also lack features that promote comfort and breathability, impacting patient compliance and treatment effectiveness. </problem> <solution> Modulate leverages AI and 3D printing to create personalized spinal orthoses for scoliosis treatment. The process begins with a 3D scan of the patient's torso and existing radiographs, which are used to generate a digital twin, including bones and soft tissues. This digital twin is then used in a generative algorithm to design a brace shape that is biomechanically optimized for the patient's unique morphology and scoliosis. The design is validated using finite element modeling to simulate spinal correction and predict growth modulation, ensuring optimal fit and effectiveness before manufacturing. </solution> <features> - Fully automated custom design based on a 3D digital twin of the patient - Biomechanically optimized shape for reliable brace effectiveness - Thinner, lighter, and airier braces for improved comfort - Multi-material construction with flexible sections aligned with key anatomical regions - Lightweight aeration motifs for airflow and extended wear - Strong 3D-printed shell made from biocompatible materials - Gamified mobile app for treatment follow-ups and progress tracking (in development) </features> <target_audience> The primary customers are scoliosis patients and clinicians, including orthotists, orthopedic surgeons, and physical therapists, seeking advanced, personalized bracing solutions. </target_audience> ```

What does Modulate Technologies do?

Modulate develops personalized spinal orthoses for scoliosis treatment using a fully automated design process that combines 3D scanning, machine learning, and finite element modeling to create biomechanically optimized braces. This approach enhances brace effectiveness and comfort while reducing the need for adjustments, resulting in an average in-brace curve correction of 82% as validated in clinical trials.

Where is Modulate Technologies located?

Modulate Technologies is based in Montréal, Canada.

When was Modulate Technologies founded?

Modulate Technologies was founded in 2022.

Location
Montréal, Canada
Founded
2022
Employees
5 employees

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Modulate Technologies

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Executive Summary

Modulate develops personalized spinal orthoses for scoliosis treatment using a fully automated design process that combines 3D scanning, machine learning, and finite element modeling to create biomechanically optimized braces. This approach enhances brace effectiveness and comfort while reducing the need for adjustments, resulting in an average in-brace curve correction of 82% as validated in clinical trials.

modulate.ca300+
Founded 2022Montréal, Canada

Funding

No funding information available.

Team (5+)

No team information available.

Company Description

Problem

Traditional scoliosis braces often require manual adjustments by specialized orthotists, and may not fully account for individual patient morphology, potentially leading to discomfort and suboptimal spinal correction. Current brace designs may also lack features that promote comfort and breathability, impacting patient compliance and treatment effectiveness.

Solution

Modulate leverages AI and 3D printing to create personalized spinal orthoses for scoliosis treatment. The process begins with a 3D scan of the patient's torso and existing radiographs, which are used to generate a digital twin, including bones and soft tissues. This digital twin is then used in a generative algorithm to design a brace shape that is biomechanically optimized for the patient's unique morphology and scoliosis. The design is validated using finite element modeling to simulate spinal correction and predict growth modulation, ensuring optimal fit and effectiveness before manufacturing.

Features

Fully automated custom design based on a 3D digital twin of the patient

Biomechanically optimized shape for reliable brace effectiveness

Thinner, lighter, and airier braces for improved comfort

Multi-material construction with flexible sections aligned with key anatomical regions

Lightweight aeration motifs for airflow and extended wear

Strong 3D-printed shell made from biocompatible materials

Gamified mobile app for treatment follow-ups and progress tracking (in development)

Target Audience

The primary customers are scoliosis patients and clinicians, including orthotists, orthopedic surgeons, and physical therapists, seeking advanced, personalized bracing solutions.

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