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Effective Nov. 1, 2023, clients and families, visitors, vendors and staff are required to wear a mask while moving throughout the hospital, including while in elevators, in spaces where clients receive care or participate in research. A medical grade mask will be available upon entry.

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Digital Technology

Our department is exploring ways to use digital technologies to improve the quality and efficiency of care.

Orthotics and Prosthetics - Digital Technology

The Orthotics and Prosthetics department is exploring ways to incorporate digital technology into the design and production of orthotic and prosthetic solutions for clients. Digital technologies include scanners, design software, and 3D printers.

These innovative tools can be used at various points along the process and offers several benefits including:

  • Reduced material waste
  • Improved time efficiencies 
  • Improved ability to save, store, and replicate a device for a client
  • Opportunities for innovative design features and materials
  • Improved client experience 
     
Digital Method vs Traditional Method
Digital Method vs Traditional Method
Description of the image "Digital Method vs Traditional Method"

Digital Method

  1. Scan - scan the clients limb or part of the body with handheld optical scanner

  2. Design - create a 3D model using software. Design orthosis or prosthesis to meet client's needs

  3. Print - use 3D printer to create custom orthosis or prosthesis from digital design

Traditional Method

  1. Shape - manually capture the shape of the client's limb or part of the body with plaster or fibreglass bandage

  2. Design - modify the plaster model by hand to achieved desired design

  3. Create - fabricate custom orthosis or prosthesis over plaster model with various materials

Digital Technology Team

The Digital Technology team is comprised of clinicians from the Orthotics and Prosthetics department and researchers from the Bloorview Research Institute (BRI) PROPEL lab

Collectively their aim is to investigate and develop evidence-based processes to bring digital technology into standard orthotic and prosthetic practice. As with all practices at Holland Bloorview, extensive and rigorous research is behind all newly implemented aspects of care to ensure it meets the standard of excellence that Holland Bloorview is known for.

Current Research and Clinical Projects

Digital Design and 3D printing of an adjustable diagnostic forearm (Research Stage)

ADF

  • Through a Centre for Leadership grant, our team is designing and 3D printing an adjustable forearm for clinicians to use to check the fit and function of a transradial socket 
  • This project is still in the research phase but will eventually be used with clients to optimize an upper limb prosthesis to best meet their needs
Scanning, designing and 3D printing transradial diagnostic sockets (Research Stage)

Scan, Design and Print

  • Our team has invested in a digital scanner, design software and 3D printer to be able to 3D print transradial check sockets in-house
  • This project is in the research phase and clients receiving a new transradial prosthesis may be asked to participate in a research study exploring the benefits and feasibility of 3D printed sockets 
Scanning, designing and 3D printing ankle foot orthoses (AFOs) (Research Stage)

Printed AFO

  • Our team has partnered with Boundless Biomechanical Bracing to explore the benefits of scanning, designing and 3D printing AFOs
  • This project is in the research phase and clients receiving a new AFO may be asked to participate in a research study exploring the benefits and feasibility of 3D printed orthoses
Scanning and designing transtibial and transfemoral custom design liners (Clinical Stage)

 

  • Our team has developed a pathway to scan and design custom transtibial and transfemoral design liners 
  • By sending a digital file of the liner to the manufacturer, we can save on time and shipping costs
  • This process is now in practice within the department