ZRG Medical closeout auctions take place on DOTmed.com. Bid today on 147 lots of medical equipment. Onsite or virtual inspection available. Inspection is by appointment only. Please contact 760-438-8835 ext. 100 for an appointment.
Manufactured in 2007, No OBI, Millennium 120 Leaf MLC, IMRT Software (dMLC & AFS) v. 8.1, aS1000 Portal Vision 6&18 MV Photon Energies, 600 Photon maximum dose rate (mu/min), 6,9,12,16 MeV Electron... view more
Manufactured in 2005; OBI (KV-On Board Imager); CBCT (Cone Beam CT); Millennium 120 Leaf MLC v. 8.5; aS1000 Portal Vision; 6, 6xSRS, 18 MV Photon Energies; Max Photon Dose Rate 600 (mu/min); 4, 6, 9,... view more
Manufactured in 2013; SynergistiQ; XVI v. 5.0.7.1 ; CBCT (Cone Beam CT); VMAT Application Installed; Agility MLC; IMRT Software; iView GT software v. 3.5.0.1; 2024 X-ray Tube & Panel; 6 & 15 MV... view more
Manufactured in 2013; installed May 2014; 6&15 MV Photon Energies; 6,9,12,15,18 Electron Energies; Agility 160 MLC; XVI Imaging with 2024 Upgrade; CBCT (Cone Beam CT); iView GT Portal Imaging; Low... view more
Manufactured in 1997; 6 Mv Photon Energies; Photon Max Dose Rate 400 Mv; Millennium 120 Leaf MLC; 2006 Magnetron MG6190; aS500-II Portal Imaging; XP Windows Software; Chiller Included System is... view more
Varian iX Linear Accelerator; Manufactured in 2006; OBI (KV - On Board Imager) v. 1.6.2; CBCT (Cone Beam CT) v. 1.6.2; Millennium 80 MLC Leaf; aS500-II Portal Imaging; E-ARM; 6 MV Photon Energies;... view more
Manufactured in 2013; Millenium 120MLC Leaf; CBCT; Rapid Arc/VMAT Installed; SRS/SBRT; aS1200; 6&10 MV Photon Energies; Photon Max. Dose Rate: 2400 MU/min; Electron Energies available but not... view more
Manufactured in 2011; WES 7; OBI (KV-On Board Imager) v. 1.6; CBCT (Cone Beam CT); RapidArc/VVMAT Application Installed; Millennium 120 Leaf MLC; aS1000 Portal Vision; IDU-20 E-Arm, IAS-3; 6 & 15 MV... view more
Manufactured in 2012; OBI (KV – On Board Imager) v. 1.6.2; CBCT (Cone Beam CT) v. 2.1.5; RapidArc/VVMAT Application Installed; Millennium 120 Leaf MLC; IMRT Software;1,954 Beam Hours; aS1000 Portal... view more
Manufactured in 2012; OBI (KV – On Board Imager) v. 1.6.2; CBCT (Cone Beam CT) v. 2.1.5; RapidArc/VVMAT Application Installed; Millennium 120 Leaf MLC; IMRT Software; 1,954 Beam Hours aS1000 Portal... view more
Elekta Infinity Linear Accelerator; Manufactured in 2014; Elekta XVI; CBCT (Cone Beam CT); RapidArc/VVMAT Application Installed; 160 leaf MLC; iView GT Portal Imaging System; 6,10,15 MV Photon... view more
Manufactured in 2012; System is Installed and Clinically Operational; Available Now. Ref #: 24B15... view more
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
Varian Trilogy Novalis TX Silhouette Linear Accelerator; Manufactured in 2010 ; OBI (KV – On Board Imager) v. 1.6 ; CBCT (Cone Beam CT) ; RapidArc/VVMAT Application Installed; SRS/SBRT; Millennium... view more
Varian iX Silhouette Linear Accelerator; Manufactured in 2013; OBI (KV – On Board Imager); CBCT (Cone Beam CT); RapidArc Application Installed; 6&10 MV Photon Energies; 6,9,12,16,20 MeV Electron... 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.
