10 products found
Carbon Medical Technologies, Inc. Products
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Breast Tissue Markers
Setting the standard for breast tissue marking. It’s the natural choice. Breast Tissue Markers used in conjunction with Breast Biopsy.
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Biomar - Model C - Breast Tissue Marker
Breast Tissue Markers used in conjunction with Breast Biopsy. Many medical conditions, including all cases of cancer, must be diagnosed by removing a sample of tissue from the patient and sending it to a pathologist for examination. This procedure is called a ...
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Marker - Delivery System
Available for both vacuum-assisted and core-needle biopsy devices. Each system is fully assembled and packaged in a sterile pouch. 1 x 3 mm, 2 x 4 mm, and 1 x 5 mm available in 8g, 9g, 10g, 11g, 13g, 14g, and 17g delivery ...
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Injectable Bulking Agent
Durasphere is an injectable bulking agent containing pyrolytic carbon-coated graphite beads suspended in a water-based carrier gel containing beta glucan.
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Durasphere - Model EXP - Injectable Bulking Agent
Durasphere is an injectable bulking agent containing pyrolytic carbon-coated graphite beads suspended in a water-based carrier gel containing beta glucan. It is used in the treatment of stress urinary incontinence. Durasphere is a highly biocompatible, permanent material that can be administered in less than 30 minutes in a simple office-based ...
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BiomarC - Fiducial Marker
The unique carbon coating and composition of the core materials is compatible with all forms of radiation therapy and provides maximum versality for modalities and treatments such as IGRT/IMRT, Proton Therapy, CT, MRI and portal imaging. Areas marked with BiomarC fiducial markers provide clear, visual landmarks with no uncertainty between healthy tissue and the target area.
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BiomarC - Fiducial Marker
BiomarC, our legacy marker, is an implantable fiducial marker. It provides an extremely valuable method to ensure accurate and repeatable target positioning in radiation therapy with little perturbation of the radiation beam. This exclusive marker is manufactured with our least dense nonmetallic material. It is designed for soft tissue localization using kV imaging or ...
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BiomarC - Model Secure - Fiducial Marker
Feel confident with the reliable placement of “BiomarC Secure.” The industry’s only ceramic fiducial marker now has the ability to be sutured to soft tissue. The precise nature of a marker sutured to the affected tissue allows for the ultimate benefit in precision radiation ...
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BiomarC - Model EX - Fiducial Marker
BiomarC EX provides excellent visibility for both kV and MV imaging. This marker is manufactured with a slightly denser core material allowing for enhanced daily images. This marker can be especially helpful on larger patients or patients with bony or implant interference with treatment ...
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BiomarC - Model PRO - Fiducial Marker
Uniquely designed for the special needs of a proton center; the BiomarC PRO fiducial marker is manufactured to minimize artifact and perturbation. It is designed for soft tissue localization using kV ...
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BiomarC - Model Enh - Fiducial Marker
This enhanced marker is designed for customers who use MRI for treatment planning. BiomarC Enh enjoys all the same benefits as our legacy BiomarC, while providing a superior reference for MRI image fusion. This marker is designed for soft tissue localization using kV ...
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Carbon Bright - Fiducial Marker
Bright imaging characteristics make this marker easy to identify through dense tissue. This marker has the attributes of gold with the benefit of the biocompatible ...
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Bone Marker
Carbon Medical Technologies is excited to offer a minimally invasive Bone Marker that seeks to provide the contrast necessary for clear imaging while mitigating chances of fiducial localization errors for greater treatment efficacy.
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Carbon Medical - Bone Marker
A bone marker is a type of fiducial marker specially designed for use in the head and neck region of the body. Bone markers serve as reference points for an imaging system to increase the ease and accuracy of a surgical procedure. Bone-implanted markers allow for increased imaging contrast and are unable to move, providing greater precision throughout the treatment ...