Fiducial Markers
Fiducial Markers radiation therapy accessories across leading manufacturers. This catalog is price-free by design; to see what you should be paying, run a free, no-signup analysis of one of your own vendor invoices.
Analyze an invoice free →CQ Medical
Accusyte
The Accusyte 3D Fiducial Marking System marks the planes of a soft tissue cavity after a tumor has been removed. The fiducial sutures are used when soft tissue needs to be marked for future medical procedures, such as subsequent radiation therapy. After a biopsy or tumor removal, the Accusyte fiducial sutures are sewn around the perimeter of the tumor bed at the anterior, posterior, middle, and lateral planes of the tumor cavity. The fiducials allow for accurate delineation of target volumes during treatment planning and assist with image guided radiation therapy (IGRT) before each session. The fiducial markers are woven within an absorbable suture. When the body absorbs the suture, the fiducial markers remain within the tissue. Migration of the markers from their original position is unlikely, as the tissue produced during the healing process holds the markers in place. Each package contains six sutures, which are sewn into place using the same technique as other sutures commonly used.
View details →CQ Medical
Align
Align Markers are 10 mm long to accommodate localization software systems that utilize linear fiducials as opposed to multiple segment points.
View details →CQ Medical
BioXmark Liquid Fiducial Marker
The liquid nature of BioXmark enables implantation of multiple markers of varying sizes in the same uninterrupted procedure. Following implantation, sticky and soft markers form, adapting to the surrounding tissue* and remaining visible under relevant imaging, including MRI. BioXmark markers are non-metallic and have low levels of artifacts and low-dose perturbation. These qualities support precise treatment planning and image-guided treatment, including proton therapy. Achieve CT and MRI image acquisitions while ensuring streamlined workflows and low risk of complications, all without specialized equipment.