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New & Used Stereotactic Radiotherapy System

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Device: Stereotactic Radiotherapy System
Manufacturer: Nomos
Model: PEACOCK
Location: United States, New York
7,500
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Stereotactic Radiotherapy System may also be referred to as :

Stereotactic System, Radiosurgical, Linear Accelerator | Stereotactic Radiosurgical System, Linear Accelerator | Radiosurgical Unit, Stereotactic, Linear Accelerator | Radiosurgical System, Stereotactic | Linear Accelerator Radiosurgical System, Stereotactic | Linear Accelerator Radiosurgical Stereotactic System | Stereotactic System, Linear Accelerator
 

Tips for buying Stereotactic Radiotherapy System

  1. Several clinical procedures, such as radio surgery, neurosurgery, microsurgery, and biopsies, should be able to use stereotactic radiotherapy headframes.
  2. The following features should be available in treatment planning stereotactic radiosurgical systems: removable media archival storage or connection to central storage, film scanner, color monitor, keyboard, mouse, 3-D planning software with graphics, digital imaging and communications in medicine compatibility, as well as, dose computation and analysis features.
  3. The stereotactic radiotherapy headframes should be constructed of non-ferromagnetic materials for use with magnetic resonance and should be compatible with all cross-sectional imaging modalities, such as CT, DSA, MRI, PET, and X-ray. Headframes should be lightweight, around 1 kg.
  4. In most stereotactic radiotherapy headframes, fixation uses 2 to 4 carbon fiber or titanium pins or screws but some headframes use alternative fixation methods.
  5. Several target approaches should be allowed by the center-of-arc or target-centered arc system. These include lateral, parallel, posterior fossa, and hypophyseal.
  6. Method of approach confirmation should be available and target access should have a vertical range of >=150 mm, a lateral range of >=160 mm, and an anterior-posterior range of >=170 mm.
  7. In dedicated gamma stereotactic radiotherapy systems, radiation sources should use more than 200 encapsulated 60Co sources.
  8. The stereotactic radiosurgical system should have tungsten collimators ranging from 4 to 18 mm in diameter.
  9. Linear accelerator radiosurgical systems that allow attachments can have up to 20 MV, but dedicated LINAC radio surgery systems should have 6 MV photon energies.
  10. Treatment delivery assemblies should be floor-mounted or wall-mounted with an isocentric accuracy of 0.5 mm for dedicated LINACs. Those mounted onto the linear accelerator radiosurgical system should have an isocentric accuracy of 1 mm.
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