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New & Used Radiotherapy Simulator

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>100 cm sad
Please Note: Search results for this device do not include the following devices, please select the relevant device if it is of interest to you: Radiotherapy Planning System,Radiotherapy Planning and Treatment Accessories
 
 
 
 
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Radiotherapy Simulator Ximatron CDX 107274 - MedWOW

843913544

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Device: Radiotherapy Simulator
Manufacturer: Varian
Model: Ximatron CDX
Location: United States, Georgia
Business type: Broker
30,000
This Seller accepts Escrow as a payment method
2002
Radiotherapy Simulator Ximatron CDX 91114 - MedWOW

4103880199

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Device: Radiotherapy Simulator
Manufacturer: Varian
Model: Ximatron CDX
Location: United States, Connecticut
Business type: Broker
24,000
2001
Radiotherapy Simulator Ximatron CDX 32803 - MedWOW

743312354

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Device: Radiotherapy Simulator
Manufacturer: Varian
Model: Ximatron CDX
Location: United States, Connecticut
Business type: Broker
35,600
2001

534983953

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Device: Radiotherapy Simulator
Manufacturer: Varian
Model: Ximatron EX1
Location: United States, Connecticut
Business type: Broker
Negotiable
1995

373447917

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Device: Radiotherapy Simulator
Manufacturer: Nucletron Oldelft
Model: Simulix-MC
Location: Netherlands, Zuid-Holland
Business type: Broker
45,142
2001

Radiotherapy Simulator may also be referred to as :

RF Radiotherapy Simulation System | Simulator, Radiotherapy | Radiotherapy Simulator | Radioterapy X-ray Planning System | Radiation Treatment Simulation System | X-ray Radiotherapy Simulator

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Tips for buying Radiotherapy Simulator

  1. Radiotherapy simulator buyers must make sure that the patient can be positioned with respect to the beam in such a way that radiotherapy is simulated as close as possible to the patient.
  2. The radiation treatment simulation system should, therefore, have a SAD ranging from 80 to 150 cm and a source-to-image distance (SID) ranging from 80 to 200 cm.
  3. The gantry should be able to rotate ±150° above and ±180° below 100 cm SAD.
  4. To allow for proper patient positioning, the patient table should be capable of a wide range of translations and rotations.
  5. The radiotherapy simulator should be capable of ±90° collimator rotations and image intensifier translations of ±20 cm laterally, ±20 cm longitudinally, and 60 cm radially.
  6. To enhance details and minimize the image width of the treatment area, smaller focal spot sizes of 0.6 mm or 1 mm are preferred.
  7. To meet minimum recommendations, the radiotherapy simulator should have an image x-ray field of 45 cm2 at 100 cm SAD, a 12° anode angle, a 23 cm image intensifier with a coverage area of 70 cm2.
  8. CT-based RF radiotherapy simulation systems should include the following standard system components: CT gantry, laser alignment, control console, and workstation. If the CT scanner is not included, the radiotherapy simulator system should be able to interface with any DICOM-compatible CT scanner.
  9. The scanner should have a large bore diameter of 70-80 cm, a 60 cm maximum field of view, and multislice capability with 0.5, 1, 2, 4, 5, and 10 mm slice widths.
  10. The radiation treatment simulation system should be able to reconstruct 20 images per second, digitally reconstruct radiographs in less than 1 second, and instantaneously reconstruct with beam's-eye-view.
  11. Networking and system interfacing are important considerations.
  12. The radiotherapy simulator suite should include a shielded room for the simulator and x-ray generator, as well as separate control and treatment planning rooms. The control room should be separated from the simulator room by a large lead glass or plate-glass window.
  13. Some radiotherapy simulator systems may require the use of a pit for installation. This provides both an anchor for the base of the simulator and a conduit for cables and wiring.