LIAC is intended for use in radiation therapy in the operating theatre on a pati
LIAC is intended for use in radiation therapy in the operating theatre on a patient from whom the surgeon has just removed a neoplasia.The device may solely be used for oncological radiation therapy. The contraindications are related to use on non-oncological patients.To this end, the mobile structure with its equipment is moved to the patient at the appropriate time and placed in a position such that the applicator can be connected.At this point, the operating theatre is evacuated and the radiation command given from the console outside, after which the mobile structure is removed and surgery completed.The radiation time is normally not more than two minutes and therefore does not significantly affect the surgery time. The machine may only be used by radiation therapy or surgery staff previously trained for its use.In order to reduce the dose to the healthy tissues of the patient during the therapeutic treatment, the specific Abdominal Radiation Protection Screens must be used. The control console normally does not require sterilization but only regular cleaning.LIAC is intended to be used in a public and private health environment.LIAC is intended to be handled by trained personnel (operators)authorised by the user (authority responsible).
LIAC is intended for use in radiation therapy in the operating theatre on a pati
LIAC is intended for use in radiation therapy in the operating theatre on a patient from whom the surgeon has just removed a neoplasia.The device may solely be used for oncological radiation therapy. The contraindications are related to use on non-oncological patients.To this end, the mobile structure with its equipment is moved to the patient at the appropriate time and placed in a position such that the applicator can be connected.At this point, the operating theatre is evacuated and the radiation command given from the console outside, after which the mobile structure is removed and surgery completed.The radiation time is normally not more than two minutes and therefore does not significantly affect the surgery time. The machine may only be used by radiation therapy or surgery staff previously trained for its use.In order to reduce the dose to the healthy tissues of the patient during the therapeutic treatment, the specific Abdominal Radiation Protection Screens must be used. The control console normally does not require sterilization but only regular cleaning.LIAC is intended to be used in a public and private health environment.LIAC is intended to be handled by trained personnel (operators)authorised by the user (authority responsible).
The NOVAC 11 is an electron linear accelerator used for radiation therapy during
The NOVAC 11 is an electron linear accelerator used for radiation therapy duringsurgical procedures in an operating room for the treatment of malignant and benignconditions. Known as Intraoperative Radiation Therapy (IORT), this technique allowsdelivery of high doses of radiation directly aimed at tumors or other sites while avoidingdosage to surgically mobilized normal tissues.The NOVAC 11 is a mobile and articulated machine that can be moved towards thepatient and put in the appropriate position to carry out the necessary radiotherapy.
The absorber shields are discs used to radioprotect the patient’s organs. They s
The absorber shields are discs used to radioprotect the patient’s organs. They shall be inserted below the tissue treated during the surgery. They can be inserted within the surgical incision.
The absorber shields are discs used to radioprotect the patient’s organs. They s
The absorber shields are discs used to radioprotect the patient’s organs. They shall be inserted below the tissue treated during the surgery. They can be inserted within the surgical incision.
The absorber shields are discs used to radioprotect the patient’s organs. They s
The absorber shields are discs used to radioprotect the patient’s organs. They shall be inserted below the tissue treated during the surgery. They can be inserted within the surgical incision.
The absorber shields are discs used to radioprotect the patient’s organs. They s
The absorber shields are discs used to radioprotect the patient’s organs. They shall beinserted below the tissue treated during the surgery. They can be inserted within the surgicalincision.
The absorber shields are discs used to radioprotect the patient’s organs . They
The absorber shields are discs used to radioprotect the patient’s organs . They shall beinserted below the tissue treated during the surgery. They can be inserted within the surgicalincision.
The TomoTherapy Treatment Delivery System with iDMS is indicated for the deliver
The TomoTherapy Treatment Delivery System with iDMS is indicated for the delivery of radiation therapy, stereotactic radiotherapy or stereotactic radiosurgery to tumors or other targeted tissues anywhere in the body under the direction of a licensed medical practitioner.
The TomoTherapy Treatment Delivery System with iDMS is indicated for the deliver
The TomoTherapy Treatment Delivery System with iDMS is indicated for the delivery of radiation therapy, stereotactic radiotherapy or stereotactic radiosurgery to tumors or other targeted tissues anywhere in the body under the direction of a licensed medical practitioner.
The TomoTherapy Treatment Delivery System with iDMS is indicated for the deliver
The TomoTherapy Treatment Delivery System with iDMS is indicated for the delivery of radiation therapy, stereotactic radiotherapy or stereotactic radiosurgery to tumors or other targeted tissues anywhere in the body under the direction of a licensed medical practitioner.
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6 FM)The CyberKnife M6 Systems are computer-controlled medical systems for planning and performing minimally invasive stereotactic radiosurgery and precision radiotherapy. They use a 6 MV linear accelerator mounted on a manipulator (robot) and a target locating subsystem to accurately deliver high-energy radiation (1000 MU/minute dose rate) to the treatment target. The target locating subsystem provides X-rays of the treatment area that lets the user know the position of the target.The CyberKnife M6 Systems use skull tracking, fiducial tracking (tracking of implanted radiographic markers), skeletal structure tracking, lung tumor tracking, Lung Optimized Treatment, and Synchrony Respiratory Tracking for dynamic positioning and pointing of the linear accelerator. The fixed, variable aperture and multileaf collimators are available as various beam-limiting secondary collimators.
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6 FM)The CyberKnife M6 Systems are computer-controlled medical systems for planning and performing minimally invasive stereotactic radiosurgery and precision radiotherapy. They use a 6 MV linear accelerator mounted on a manipulator (robot) and a target locating subsystem to accurately deliver high-energy radiation (1000 MU/minute dose rate) to the treatment target. The target locating subsystem provides X-rays of the treatment area that lets the user know the position of the target.The CyberKnife M6 Systems use skull tracking, fiducial tracking (tracking of implanted radiographic markers), skeletal structure tracking, lung tumor tracking, Lung Optimized Treatment, and Synchrony Respiratory Tracking for dynamic positioning and pointing of the linear accelerator. The fixed, variable aperture and multileaf collimators are available as various beam-limiting secondary collimators.
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6 FM)The CyberKnife M6 Systems are computer-controlled medical systems for planning and performing minimally invasive stereotactic radiosurgery and precision radiotherapy. They use a 6 MV linear accelerator mounted on a manipulator (robot) and a target locating subsystem to accurately deliver high-energy radiation (1000 MU/minute dose rate) to the treatment target. The target locating subsystem provides X-rays of the treatment area that lets the user know the position of the target.The CyberKnife M6 Systems use skull tracking, fiducial tracking (tracking of implanted radiographic markers), skeletal structure tracking, lung tumor tracking, Lung Optimized Treatment, and Synchrony Respiratory Tracking for dynamic positioning and pointing of the linear accelerator. The fixed, variable aperture and multileaf collimators are available as various beam-limiting secondary collimators.
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6 FM)The CyberKnife M6 Systems are computer-controlled medical systems for planning and performing minimally invasive stereotactic radiosurgery and precision radiotherapy. They use a 6 MV linear accelerator mounted on a manipulator (robot) and a target locating subsystem to accurately deliver high-energy radiation (1000 MU/minute dose rate) to the treatment target. The target locating subsystem provides X-rays of the treatment area that lets the user know the position of the target.The CyberKnife M6 Systems use skull tracking, fiducial tracking (tracking of implanted radiographic markers), skeletal structure tracking, lung tumor tracking, Lung Optimized Treatment, and Synchrony Respiratory Tracking for dynamic positioning and pointing of the linear accelerator. The fixed, variable aperture and multileaf collimators are available as various beam-limiting secondary collimators.
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6
CyberKnife® M6™ Series (including configurations: M6 Neuro, M6 FI, M6 FIM, & M6 FM)The CyberKnife M6 Systems are computer-controlled medical systems for planning and performing minimally invasive stereotactic radiosurgery and precision radiotherapy. They use a 6 MV linear accelerator mounted on a manipulator (robot) and a target locating subsystem to accurately deliver high-energy radiation (1000 MU/minute dose rate) to the treatment target. The target locating subsystem provides X-rays of the treatment area that lets the user know the position of the target.The CyberKnife M6 Systems use skull tracking, fiducial tracking (tracking of implanted radiographic markers), skeletal structure tracking, lung tumor tracking, Lung Optimized Treatment, and Synchrony Respiratory Tracking for dynamic positioning and pointing of the linear accelerator. The fixed, variable aperture and multileaf collimators are available as various beam-limiting secondary collimators.
The CyberKnife® Treatment Delivery System (CKTDS) is a computer-controlled radia
The CyberKnife® Treatment Delivery System (CKTDS) is a computer-controlled radiation treatment delivery system for performing minimally invasive stereotactic radiosurgery and precision radiotherapy. The CyberKnife Treatment Delivery System is intended to work with Accuray Precision® Treatment Planning System and iDMS™ Data Management System.
CyberKnife® VSI™ Robotic Radiosurgery System Japan
The CyberKnife® Treatment Delivery System (CKTDS) is a computer-controlled radia
The CyberKnife® Treatment Delivery System (CKTDS) is a computer-controlled radiation treatment delivery system for performing minimally invasive stereotactic radiosurgery and precision radiotherapy. The CyberKnife Treatment Delivery System is intended to work with Accuray Precision® Treatment Planning System and iDMS™ Data Management System.
Software, CyberKnife Version 11.1 (Software group that operates CyberKnife Treat
Software, CyberKnife Version 11.1 (Software group that operates CyberKnife Treatment Delivery System)
The CyberKnife® Treatment Delivery System (CKTDS) is a computer-controlled radia
The CyberKnife® Treatment Delivery System (CKTDS) is a computer-controlled radiation treatment delivery system for performing minimally invasive stereotactic radiosurgery and precision radiotherapy. The CyberKnife Treatment Delivery System is intended to work with Accuray Precision® Treatment Planning System and iDMS™ Data Management System.