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Centralite Diode Lasers
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Centralite Fixed
Diode Lasers feature a width of less than 1mm at isocenter and a line
depth of
field of 1.5m – 4m. This ensures you can precisely mark patients and reproduce positions accurately.
The optional Centralite Motorized System for Red Diode Lasers uses a handheld infrared transmitter that enables you to make minute adjustments to the laser beam while inspecting the image at isocenter. It’s an ideal solution for hard-to-reach locations, such as an overhead laser.
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Ther-A-Cross “X”
Laser Alignment System
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The Ther-A-Cross “X” Laser Alignment System is a customer defined set of four lasers to provide a solution to your unique challenges in the work environment.
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Tri-Flex Laser System
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The Tri-Flex Laser System is the most flexible, efficient, and cost effective way to align the patient and define the treatment isocenter. No matter how the planning or treatment room is configured, the Tri-Flex Laser System can accommodate and give you the alignment that you need.
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ProbeG Green Diode Laser
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The ProbeG Green Diode Laser is designed to ensure precise patient positioning during CT simulation and radiation therapy. The ProbeG provides enhanced contrast on various skin tones. Projected green light is "absorbed" thereby minimizing line diffusion which, in turn, creates crisper lines.
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Probe+ Red Diode Laser
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The Probe+ Diode Lasers are designed with a 160 degree turret rotation. Often, existing architectural configurations limit sites from installing traditional lasers, but with the Probe+ Diode Laser, difficult room designs are no problem. Its unique and proprietary thermal design of the Probe+ series ensure users of no visible “drift”.
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Probe Diode Laser
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The Probe Diode Laser offers an alternative technology to the standard HeNe lasers. The Probe meets all of the specifications of the Exact-Align turret laser. This means that all of the existing features of the turret laser are now available in this more convenient and compact size.
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Exact-Align Helium Neon (HeNe)
Turret Lasers
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The Exact-Align Helium Neon (HeNe) Turret Lasers are the standard for patient positioning. The turret design allows for a line angulation capability of ±45° which means that the lasers can be mounted at an angle to the patient couch if necessary without requiring angle brackets. This direct wall mounting provides for greater stability of the laser. Optical adjustments are easily accessible.
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AccuChrom 3 Optical Aligner
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The AccuChrom 3 Optical Aligner brings innovation and the most significant technological advancement to alignment since lasers were introduced by Gammex in 1969. The use of Light Emitting Diodes (LEDs) along with the introduction of multiple colored light sources in the same unit provides users with flexibility and efficiency.
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Focus Remote Positioning Lasers
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The Focus Remote Positioning Lasers provide physicists with the ability to remotely make fine adjustments without having to be in direct view of the lasers. This allows a single person to adjust up to five lasers with one intuitive, easy to use remote control.
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CT Sim Robotic Laser Tracking Systems
A3000A and A3100G
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The A3000A and A3100G CT Sim Robotic Laser Tracking Systems consist of diode sidewall lasers with a movable horizontal line and one overhead diode cross laser with a moveable sagittal line comprise the system. Any coordinate can be accomplished by using the movement in two dimensions with the lasers, and the CT couch height adjustment for the third dimension.
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CT Sim Robotic Laser Tracking Systems
A4000A and A4100G
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The A4000A and A4100G CT Sim Robotic Laser Tracking Systems consist of two fixed side-wall lasers and one overhead laser with a movable sagittal line. The sagittal laser provides precise position in one dimension (x axis) and relies on the CT scanner couch motion for positioning in the second and third dimensions (Y and Z axes).
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5-Arm CT Sim Robotic
Laser Alignment System
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The 5-Arm CT Sim Robotic Laser Alignment System brings a new level of alignment sophistication to medical radiation treatment centers. Utilizing five moveable diode lasers, the Gammex system is capable of X, Y and Z coordinate alignment with the precision and accuracy typically seen for a three laser system.
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Centralite CT Moving Laser Systems
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The Centralite CT Moving Laser Systems allow you to use treatment-planning data to directly
identify tumor locations and mark patients for treatment.
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Fiber Optic Back Pointer
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The Fiber Optic Back Pointer projects a single line which intersects the side light, defining the exit point on the patient's body. This can save the patient and therapy center time, while ensuring the most accurate patient positioning possible.
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Laser Stanchion System
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The versatile Laser Stanchion System minimizes room modifications and down-time. The stanchion simplifies the installation of patient positioning lasers for radiation oncology and CT simulation. The stanchion system functions as an independent laser mounting system.
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