CT treatment planning has demonstrated its value of providing complete 3D structure definition and dose volume histogram analysis for high dose rate (HDR) treatments. Unfortunately, most facilities lack the ability to perform CT imaging and HDR treatments within the same, dedicated room. Most centers require movement of the patient from CT simulation room to the HDR suite for treatment. Scanning of the patient may require unique hardware to move the patient to where they can be scanned. Patient transportation becomes challenging as multiple transfers of the patient, from CT table to patient stretcher to HDR treatment table, pose high risk for applicator movement and possibly extreme patient discomfort.

Benefits:

Scan and treat in the same position

Minimize the risks of applicator movement

Easily transfer the patient from the CT to treatment room

Video

View the Zephyr video

Benefits

Provides complete system control through graphical handheld terminal – including remote coordinate transfer from TPS system – allowing therapist to maintain focus on the patient

Delivers accurate, error-free marking of patients due to precise, self-calibrated laser line positioning

Provides seamless interface to all major commercial virtual simulation and treatment planning systems, allowing you to choose the system that works best for your facility

Benefits

Provides complete system control through graphical handheld terminal – including remote coordinate transfer from TPS system – allowing therapist to maintain focus on the patient

Delivers accurate, error-free marking of patients due to precise, self-calibrated laser line positioning

Provides seamless interface to all major commercial virtual simulation and treatment planning systems, allowing you to choose the system that works best for your facility

Benefits

Provides complete system control through graphical handheld terminal – including remote coordinate transfer from TPS system – allowing therapist to maintain focus on the patient

Delivers accurate, error-free marking of patients due to precise, self-calibrated laser line positioning

Provides seamless interface to all major commercial virtual simulation and treatment planning systems, allowing you to choose the system that works best for your facility

To match the configuration of your room, the green diode overhead and lateral cross lasers may be mounted either vertically or horizontally. The cylindrical lens of the sagittal laser projects the beam downward at a 20-degree angle.

Benefits

Appear brighter to the human eye than red lasers

Minimize line diffusion on skin

Project clearer image across variety of skin tones

Deliver same accuracy as red diode lasers

To match the configuration of your room, the green diode overhead and lateral cross lasers may be mounted either vertically or horizontally. The cylindrical lens of the sagittal laser projects the beam downward at a 20-degree angle. The sagittal laser mounts vertically.

Benefits

Appear brighter to the human eye than red lasers

Minimize line diffusion on skin

Project clearer image across variety of skin tones

Deliver same accuracy as red diode lasers

In this configuration, two cross lasers may be mounted vertically or horizontally on opposing walls. The third laser is mounted on the ceiling, allowing the two beams to project downward through the isocenter.

Benefits

Appear brighter to the human eye than red lasers

Minimize line diffusion on skin

Project clearer image across variety of skin tones

Deliver same accuracy as red diode lasers

Depending on the configuration of the room, the two lateral and overhead cross lasers may be mounted either vertically or horizontally. The sagittal laser mounts vertically on the back wall, allowing the beam to project downward at a 20-degree angle.

Benefits

Precise line quality with less than 1mm width at isocenter

Unique three-filter design reduces transient power issues and extends diode life

Fingertip controls provide independent adjustments for angle of rotation of cross-lines

The two lateral cross lasers may be mounted vertically or horizontally. The sagittal laser is mounted vertically on the back wall, allowing the beam to project downward at a 20-degree angle.

Benefits

Precise line quality with less than 1mm width at isocenter

Unique three-filter design reduces transient power issues and extends diode life

Fingertip controls provide independent adjustments for angle of rotation of cross-lines

In this configuration, two cross lasers may be mounted vertically or horizontally on opposing walls. The third laser is mounted on the ceiling, allowing the two beams to project downward through the isocenter.

Benefits

Precise line quality with less than 1mm width at isocenter

Unique three-filter design reduces transient power issues and extends diode life

Fingertip controls provide independent adjustments for angle of rotation of cross-lines