Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System.

Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System.

Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System.

Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System.

Gammex CT Sim Laser systems are used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim is intended to read laser positioning coordinates in a specified file format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System.

The CT Sim+, 5-Arm, Red Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System.

The CT Sim+, 5-Arm, Green Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System

The CT Sim+, 5-Arm, Blue Laser is used in the simulation stage of radiation therapy to prepare a patient for treatment. The lasers can be moved to a point that defines the radiation treatment isocenter or can be used to define the center of the CT imager. The Gammex CT Sim+ is intended to read laser positioning coordinates in a DICOM or Gammex specified software format. Typically the coordinates are calculated by a Radiation Therapy Treatment Planning System (RTPS) or CT Virtual Simulation System.

The MICRO MLR 200 lasers are intended to be used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. The micro lasers are intended to be used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO MLR 150 lasers are intended to be used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. The micro lasers are intended to be used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO MLG 200 lasers are intended to be used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. The micro lasers are intended to be used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO MLG 150 lasers are intended to be used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. The micro lasers are intended to be used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO MLB 200 lasers are intended to be used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. The micro lasers are intended to be used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO MLB 150 lasers are intended to be used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. The micro lasers are intended to be used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MLR+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MLR+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MLG+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MLG+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MLB+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MR MLR+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MR MLG+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MR MLR+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MR MLB+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MR MLB+350 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The MICRO+ MLG+300 Laser is used for aligning patients to medical diagnostic imaging and radiation therapy equipment which utilizes ionizing radiation. This product is used in medical clinic or hospital settings by trained medical staff. The lasers are not designed to be used around flammable anesthetics, which might present a risk of explosion or fire. The lasers are not intended to be used in a sterile or corrosive environment. No other uses are intended or implied.

The RapidCHECK platform is intended for supporting users in analyzing diagnostic imaging data to ensure the performance of the diagnostic system is operating within safe and expected tolerances.