Precisely align patient position during radiation therapy.
Accurate patient positioning is a critical component in effective radiation therapy. Recognizing the need for lasers that work predictably and reliably each time, Diacor® developed the Centralite® family of patient alignment lasers. We continually research and refine our systems to offer tools that meet unique needs in radiation oncology. Which explains why Centralite lasers are used in thousands of hospitals and clinics throughout the world.
Diacor offers red and green fixed lasers as well as moving laser systems in a variety of configurations. We also offer custom lasers for both OEM and direct customers. No matter which system you choose, you can count on consistent and reliable performance today—and tomorrow.
Related Products
Green Fixed Laser System
Green lasers deliver the same accuracy as red diode lasers while projecting an image that is easier to see across a variety of skin tones.
Red Fixed Laser Systems
Centralite Red Diode Fixed Lasers
Red diode lasers have long been the standard in radiation therapy. Diacor offers three configurations for our Centralite red diode lasers that address common treatment requirements and make ordering from Diacor fast and easy.
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
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.
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.
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.