After working in Fortune 500 companies across the country and finishing her master’s degree in Business from Colorado State University in Fort Collins, Diana moved back to her hometown of Pueblo, CO to help children on Pueblo’s east side.
Through the mentoring program, Diana worked with children involved in domestic violence situations and living in substandard conditions. They would frequently have casts on that would get filthy after weeks of wear – just playing on the playground like kids. The children with casts for 5 weeks could not even wash their hands to have a snack! One girl had bed bugs in her cast and another little boy, in first grade, was not able to keep his cast dry in a bag outside the shower by himself, as he was being raised by his disabled grandparents. He got his cast wet, and did not want to get in trouble, and had no transportation to get it replaced, so he did not tell and ended up with permanent scarring on his arm from the skin breakdown.
- There was the issue of time – design and fabrication of custom splints by hand takes both time and labor.
- There was the issue of design – finding the ideal balance of thickness and coverage area (for protection of a broken limb) and lightweight breath-ability (for comfort and freedom for the patient).
- The issue of materials – Making 3D printed products durable enough to be used in sports, while still low-profile enough to allow for maximized mobility and freedom of movement.
- There was the issue of regulatory oversight – ensuring the 3D printed materials and finished product were biocompatible and non-porous (would not trap moisture or bacteria against the skin)
- There was the issue of fit – using the right equipment with the right process and quality controls to ensure a precise fit to the limb for accurate immobilization of parts as small as fingers for comfort and ideal healing outcomes.
- The issue of compliance – how to make them non-removable like a cast, but also removable like a splint, applicable for both acute injuries and chronic conditions.
- There was the issue of clinic adaptability – exchanging a technique and process used for decades in orthopedic practice for a digital scan.
- There was the issue of cost – making the latest technology in precision scanning hardware and software affordable, including the labor of CAD design unique to each patient, fabrication and hand-finishing of each device in an FDA registered manufacturing facility, and making that all available in the same price range as traditional splints, and covered by insurance.
We are the global leader in 3D printed casting/splinting
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