Improved Treatment Accuracy
Our regulatory cleared software enables the design of patient-specific radiotherapy accessories that are created via 3D printing, effectively improving treatment accuracy and patient experience.
Find Out How
Further enhance clinical efficiencies with a software platform that seamlessly integrates with your current 3D printing network. Learn More
Re-imagine conventional technologies with a combination of intuitive software and cost effective 3D printing. Learn More
Enable your team to deliver personalized healthcare and precise treatment like never before. Providing patients with the highest standard of care has never been easier.
FDA 510(k) clearance for use in radiation oncology, CE Mark, TGA approval, and a QMS that complies with ISO 13485 certification.
Convert DICOM data from patient CT scans into a digital model which can be printed, no matter the size or complexity.
Over 10,000 hours invested in properly validating 3D printers and filament materials to ensure users are in compliance from design to print.
Confidently create patient-specific RT accessories that provide superior dose distribution compared to traditional methods.
Provide patients with peace of mind knowing that their RT accessory was created just for them based on their specific anatomy.
We are shaping the future of patient-specific healthcare through innovation and collaboration with industry leaders throughout the world. With FDA 510(k) clearance and a CE Mark, our solution is currently used in a clinical setting by leading cancer centers in 14 countries.
What People Are Saying
Nova Scotia Health, Halifax, Nova Scotia, Canada
We 3D printed, then scanned the bolus on the patient. The bolus fit very well and the dosimetry was excellent, especially with regard to 90% dose conformity. A plan like this wouldn’t be possible any other way.
St. Luke's Hospital, Dublin, Ireland
Adaptiiv has enabled us to confidently tackle situations where we would normally struggle to apply bolus. The benefit has already been seen in reduced setup times, improved patient comfort and reproducibility.
The University of Chicago, New Lenox, IL, USA
The Adaptiiv software solution was used to design a patient-specific bolus with superior fit compared to wax bolus. The size of the largest air gap at the interface of the 3D printed bolus was 2mm.
Get the most out of Adaptiiv with our comprehensive learning center. This knowledge database offers a combination of industry insight and experience regarding the implementation and clinical use of 3D printed RT accessories.