3D Systems Announced the VSP Bolus for Radiology Solutions
Colin Smith — May 2, 2022 — Tech
3D Systems announced its first venture into the field of medical radiology with the 'VSP Bolus.' The VSP Bolus is a custom-printed, biocompatible face accessory that can be individually created to match any patient's face for the purpose of radiology. Many cancer patients undergo a radiology treatment phase. During these treatments, the patient must wear special equipment that protects their skin from radiation exposure while ensuring the waves enter the desired cells.
One common issue with protective equipment is standardization. In order to effectively provide the most treatment centers with adequate equipment, the devices have been standardized to fit the most amount of patients possible. This means patients may not always have a perfect fit with their headgear, meaning radiation can slip through the gap between the device and the patients' skin. With the VSP Bolus, radiotherapy wearables can be 3D printed on-demand to perfectly match the shape of any patient's face.
Image Credit: 3D Systems
One common issue with protective equipment is standardization. In order to effectively provide the most treatment centers with adequate equipment, the devices have been standardized to fit the most amount of patients possible. This means patients may not always have a perfect fit with their headgear, meaning radiation can slip through the gap between the device and the patients' skin. With the VSP Bolus, radiotherapy wearables can be 3D printed on-demand to perfectly match the shape of any patient's face.
Image Credit: 3D Systems
Trend Themes
1. Customized Radiology Wearables - Opportunity for 3D printing companies to offer customized and biocompatible wearable medical devices for radiology treatments.
2. Patient-centered Radiology Equipment - Opportunity for radiology equipment manufacturers to create patient-centered equipment, tailored to the unique needs and anatomy of each patient.
3. Innovative Medical Device Manufacturing - Opportunity for medical device manufacturers to adopt 3D printing technology to enable on-demand production of customized medical tools.
Industry Implications
1. Medical Devices - 3D printing technology can be applied to create customized medical devices for various medical applications.
2. Radiology - 3D printing technology can be used to create customized radiation therapy equipment that is tailored to the unique needs and anatomy of each patient.
3. 3D Printing - 3D printing has a disruptive potential in the medical industry by enabling the creation of complex and customized medical devices.
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