X-ray positioning set for pediatric patients

What it does

Pediatric medical procedures often induce stress. This modular system supports accurate positioning and immobilization during X-ray imaging. It includes limb positioners, multipurpose modules, supportive foams, and toys to enhance comfort and image quality.

Your inspiration

While analyzing the medical environment surrounding pediatric patients, I examined procedures and conducted interviews with healthcare professionals and parents. I identified a critical issue: the lack of appropriate equipment in radiology departments for effective and humane immobilization during imaging procedures. The solution was developed through numerous trials, prototypes, and validation of assumptions against real-world needs. The complexity of the issue required multifaceted testing and adaptation of research methods to suit diverse users.

How it works

The lack of effective solutions for positioning children during X-ray examinations remains a significant issue in diagnostic imaging. Existing systems are often unsuitable for pediatric patients, either restricting movement in a way that causes stress and discomfort or failing to provide sufficient stabilization, resulting in artifacts and the need for repetition. The designed set addresses the needs of all participants, focusing on physical and emotional comfort while improving diagnostic effectiveness. The child becomes an active and respected participant in the procedure. Thanks to its modularity, the set enables immobilization for a wide range of positions—not only the most common ones. It was developed based on the analysis of over 30 positioning scenarios. The foam elements support stabilization while remaining outside the X-ray field, improving image clarity.

Design process

During the process the consultations and research were made possible through collaboration with a team of radiologic technologists and a kindergarten. Product development was based on scientific research related to positioning issues during X-ray imaging, professional literature, market analysis, and a review of existing products, as well as interviews with the target group and field experts. Material tests were conducted to verify the radiolucency of selected polymers and geometric forms under X-ray imaging. Usability tests were carried out in simulated conditions and within an actual radiology lab using working prototypes. Workshops with children enabled anthropometric data collection and effectiveness testing of the proposed solutions. A key role was played by observing children’s emotional responses to the positioners and toys designed to focus their attention during the procedure. Throughout consultations in the radiology lab, a team of radiologic technologists assessed the solutions in a clinical setting, applying their knowledge and years of experience. Each design iteration was validated through testing with end users. Ultimately, technical documentation was prepared to support a patent application and industrial design registration.

How it is different

The lack of effective solutions for positioning children during X-ray examinations remains a significant issue in diagnostic imaging. Existing systems are often unsuitable for pediatric patients—either restricting movement in a way that causes stress and discomfort or failing to provide sufficient stabilization, resulting in artifacts and the need to repeat the scan. The designed set addresses the needs of all participants, focusing on physical and emotional comfort while improving diagnostic effectiveness. The child becomes an active and respected participant in the procedure. Thanks to its modularity, the set enables immobilization for a wide range of positions—not only the most common ones. It was developed based on the analysis of over 30 positioning scenarios. The foam elements support stabilization while remaining outside the X-ray field, improving image clarity.

Future plans

The project is still under development with the support of academic institutions. Its goal is to validate the solution among a broader group of users in radiographic diagnostic departments and to further influence both product development and the awareness of children’s needs during medical procedures. This continued research aims to improve healthcare environments by prioritizing emotional well-being and ergonomic efficiency for pediatric patients and medical staff alike.

Awards

Graduation Projects 2024, laureate; Young Design award 2025, Institute of Industrial Design, main award; Best Diploma at Academy of Art and Design in Wroclaw 2024; Wroclawska Magnolia XXII edition, diploma selection among universities in Wroclaw, 2nd prize;