Manufactured in 2011; Photon Max Dose Rate 1000 MU/Min; Console Software v. 10.0; Robocouch; The System is Installed and Operational; Available Now; Ref #: 24B07... view more
Manufactured in 2014; 6 MV Photon Energies; Console Software v.: 1.1.0.1 and IDMS 2.0.1.1. Ref.... view more
Manufactured in 2011; CBCT MV Fan Beam; Millennium 64 Leaf Count; dMLC Software; 6 MV Photon Energies; Maximum Photon Dose Rate 850 MU/Min; Console Software Version 2.1.6; Legacy HP Gen 1 Couch;... view more
Manufactured in 2009; Console Software CK.v8; 6Mv Photon Energies; Photon Max Dose Rate 800; Approx. 9000 Beam Hours; RapidArc/VVMAT; Magnetrom; Waveguide Included; 5Dof Treatment Couch; SRS & IRIS;... view more
Pre-owned Accuray Cyberknife G4 Linear Accelerator. Manufactured in 2008; Three planning stations; Max Dose Rate: 1000 (mu/min); Console Software Version: 2.0.1.1; Accuray Precision; Iris 2... view more
Accuray Cyberknife G4 (VSI) (2011) Digital • Compact, Constant Potential 50kW Generator • Floor Mounted • 6-Axis Robotic Manipulator Arm • Xchange Robotic Collimator Changer • SmartPAD Teach Pendant... view more
A linear accelerator (linac) is a type of particle accelerator that accelerates charged particles to high speeds using electric fields. It is the most commonly used type of particle accelerator in medical applications, such as cancer treatment and research. Linacs use a combination of electric and magnetic fields to accelerate particles in a straight line, as opposed to a circular path like in a cyclotron. The particles are then directed towards a target, such as a tumor, to deliver a dose of radiation.
Linear accelerator equipment is typically expensive, with prices ranging from tens of thousands of dollars to millions of dollars. The cost of the equipment depends on the size, type, and features of the machine. Major manufacturers of linear accelerator equipment include Varian Medical Systems, Elekta, and Siemens. These manufacturers offer a wide range of machines, from basic models to more advanced models with features such as image-guidance and motion-tracking.
