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Description
The project aims to develop technology for creating 3D printed custom-made fixing-stretching devices for application in acute inpatient settings. The core idea is to use the widely available 3D scanner Structure Sensor Pro to scan the affected area. The scan will be sent to technical orthopedics for creating the necessary device design. The device shall be printed out on a 3D printer and sent to the clinic.
Within the framework of the experimental development, the costs of remuneration for the project implementation staff, amortization and lease of instrument equipment licenses, outsourcing costs for prototype production and business trips, which are directly related to the development of new technology, are planned. Also, various information and communication activities of the project are planned, such as - opening and closing conference, press release, stand, plates, preparation of video and photo materials.
This technology will allow clinicians to take contact-free measurements. The design of the device will be made by a specialist, trained in creating assistive devices and considering the pressure areas and special patient needs as noted by the doctor. The material for the device is PLA, which is biologically safe, waterproof and lightweight. The device can be easily removed, cleaned and modified. Another advantage of using this technology is the ease of changing specific parameters during wound healing. Although some other splints can also be adjusted after an anatomical change (e.g., thermoplastic splints), these always require patient contact to fit perfectly.