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3D Printing Solution 3D Printing Solution
Through a cooperation with Adaptiiv, Eckert & Ziegler BEBIG can offer its customers 3D printed solutions for HDR surface brachytherapy. Adaptiiv’s enhanced software algorithms allow users to automatically design a patient-specific applicator and 3D print it, resulting in hollow catheter trajectories with a constant user-defined stand-off and separation distances. This...
Valencia Applicator Set Valencia Applicator Set
Non-invasive Brachytherapy: The Valencia Applicator design allows for non-invasive brachytherapy of skin cancer 1, 2 , which can be performed in a few fractions with high dose rate Ir-192 sources. The tungsten-shielded applicator provides a flat dose profile to the skin to provide a more uniform dose to the target area. Integration with SagiPlan®: The calculation of the dose...
H.A.M. Applicator, 3-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 3-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 4-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 4-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 6-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 6-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 9-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 9-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 12-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 12-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 15-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 15-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 18-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 18-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 21-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 21-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...
H.A.M. Applicator, 24-channel, 6 Fr, without embedded catheters H.A.M. Applicator, 24-channel, 6 Fr, without embedded catheters
Various Treatment Sites: The Harrison-Anderson-Mick Applicators are used for the treatment of skin surface, mucosa and tumor bed/organ surface (intraoperative). Flexibility: The H.A.M. Applicator consists of a flexible pad of silicone rubber that is 8 mm thick. An array of catheters are embedded parallel to each other spaced 10 mm apart while a consistent sourceto-tissue...