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Alumni Tech

The Wilfred and Joyce Posluns Center has empowered alumni to launch successful tech-based medical startups. Through access to cutting-edge research, mentorship, and advanced imaging technology, the lab fosters innovation. Many alumni have used their experience and network to bring new medical technologies to market.

Apply to Join the Accelerator

ALUMNI TECH

Orthoflexion

OrthoFlexion offers sensor technology that helps parents monitor their child’s clubfoot brace in real-time. The sensors attach to the brace, providing live updates on brace fit and tracking bracing schedules via a smartphone app. Founded by Dr. Maryse Bouchard, the company aims to alleviate the stress parents face during the bracing stage, ensuring proper fit and adherence to treatment. The product is still in development and seeking beta-testers in certain regions.

For more details, visit OrthoFlexion.

ALUMNI TECH

Force N

ForceN designs and manufactures high-reliability force-torque sensors and edge AI systems for robotics, specializing in surgical, logistics, humanoid, and space applications. Their scalable, robust sensors offer precise force measurement, overload protection, and intuitive plug-and-play integration. ForceN’s technology enables advanced machine manipulation and is tailored to meet specific client needs with full system calibration and ISO-compliant manufacturing. Founded in 2015, the company is a leader in pushing the boundaries of robotics sensing capabilities.

For more, visit ForceN.

ALUMNI TECH

Forge Automation

Forge Automation specializes in automated manufacturing solutions for various industries. They design and implement advanced systems to boost productivity, enhance precision, and reduce costs. Their services include custom machinery, robotics integration, and automation consulting, targeting sectors like automotive, aerospace, and consumer goods. Committed to innovation, Forge Automation optimizes production processes to meet specific industry needs.

For more information, visit their website: Forge Automation.

ALUMNI TECH

Simulare Medical

The Smile Train Simulare program provides advanced surgical training tools for cleft lip and palate repairs, especially in resource-limited regions. Simulare’s hyper-realistic 3D-printed models enable surgeons and trainees worldwide to practice cleft surgeries in safe, controlled settings, enhancing the quality and safety of these procedures. This initiative supports Smile Train’s mission to expand cleft care access through innovative training methods.

For more details, you can visit the page here.

ALUMNI TECH

Revovle Surgical

Revolve Surgical develops an accessible, compact robotic surgery platform designed to be cost-effective and portable, suitable for small operating rooms and outpatient centers. Their system aims to enhance surgical precision and reduce surgeon strain with ergonomic, wristed instruments and integrated digital tools for visualization and data capture. Founded by experts from top medical robotics labs, Revolve seeks to make advanced robotic surgery broadly accessible, removing barriers like high costs and space requirements.

For more details, you can visit the page here.

The Cradle

Canada’s first pediatric specific accelerator.

Canada’s first pediatric accelerator unites experts to develop innovations for children's care. It supports start-ups with legal, financial, and engineering resources to bring ideas to market.

Submit Your Idea

PCIGITI is a research and innovation lab dedicated to advancing healthcare and surgical technology for the treatment of pediatric conditions.

Copyright 2024 PCIGITI. All rights reserved.

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The Hospital for Sick Children

555 University Avenue

Toronto, Ontario Canada

M5G 1X8

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