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Xoft System
Targeted Therapy for Gynecological Cancer
With a range of expertly designed applicators for both endometrial and cervical cancer for the female anatomy, simpli?ed, targeted radiation therapy for gynecological cancer treatment in a minimally shielded setting is possible with GYN electronic brachytherapy (eBx). Our gynecological applicators provide a therapeutic dose of radiation therapy for intracavitary treatment of cancer of the uterus, cervix, endometrium and vagina, while minimizing exposure to surrounding healthy tissue such as the bladder and rectum. By providing select gynecological cancer patients with a concentrated dose of electronic brachytherapy directly to the tumor site, our high dose, low energy technology offers an accelerated course of treatment as compared to traditional radiation therapy. By streamlining the delivery of care, GYN eBx o?ers increased patient compliance and satisfaction.
Electronic Brachytherapy
From a leading provider of electronic brachytherapy, skin eBx provides an effective, non-surgical, convenient treatment option with excellent clinical and cosmetic results for appropriately selected patients. Xoft offers patients and physicians a non-invasive alternative to surgery for NMSC treatment. With the Xoft System, painless, scar-free treatment of NMSC is possible with skin eBx, a form of high dose rate, low energy radiation therapy delivered in minutes over a short series of office visits. While Mohs surgery is considered to be the standard of care for non-melanoma skin cancer (NMSC) treatment, for some patients, surgery is not an option or a preference.
Xoft Axxent - Electronic Brachytherapy (eBx) System
Our proprietary, miniaturized x-ray source is isotope-free and operates at 50 kV to deliver high dose rate, low energy radiation. The source is placed inside the applicator and energized to deliver a precise, prescribed dose of radiation. With the Xoft System, highly focused therapeutic radiation of the disease target is possible in a minimally shielded setting, while sparing surrounding healthy tissue.
