Adaptiiv Medical Technologies Inc. articles

This case provides an example of how Adaptiiv’s software can be used to generate a customized uniform thickness bolus for an irregular surface region. 3D printed bolus enhances clinical precision, improves operational efficiency, and provides greater access to personalized care.

This patient case demonstrates the clinical application of Adaptiiv’s technology used in radiation oncology through the design and fabrication of both modulated and uniform thickness (simple) bolus.

This case report provides an excellent example of how Adaptiiv’s software can be effectively used to generate a customized bolus for an irregular surface region with consistent patient setup reproducibility, improved dose conformity and accurate dose delivery.

The following patient case demonstrates the application of Adaptiiv’s technology used in clinical radiation oncology through the design and fabrication of customized bolus to improve the efficacy of treating complex target volumes with electron beams. This case is a great example of how a custom modulated electron bolus (MEB) allowed for a uniform dose distribution of a complex treatment volume while sparing underlying critical structu

The following patient case study is an excellent example of how Adaptiiv’s software can effectively create a customized modulated electron bolus (MEB) (MEB) to improve the efficacy of treating complex target volumes with electron beams. This case illustrates how a custom 3D printed accessory can be used to accurately verify that the dose is delivered as planned through in vivo dosimetry.

This case is an example of how Adaptiiv’s software can be used to create customized HDR applicators for skin brachytherapy, particularly for challenging sites with extreme curvature. A custom 3D printed applicator can be used as a solution to overcome poor setup reproducibility and inconsistent contact between skin and applicator.

This case study illustrates designing and fabricating silicone bolus using the Adaptiiv software solution. This flexible silicone bolus fabrication process was then compared to the fabrication process of a rigid 3D printed bolus to determine whether it yielded comparable or improved plan metrics for treating an inner canthus tumour.