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AccuFix QUEST |
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Description: QUEST AccuFix chest has an angulation mechanism that allows precise positioning of the patient without fear of falling. This mechanism allows you to vary the angle at 1.25 degrees, 5 degrees, 7.5 degrees, 10 degrees, 15 degrees, 20 degrees and 25 degrees.
The carbon fiber construction creates a very rigid support surface and the dampening.
• Can be used with support arms, wrists, and grip pivots optional hands, or jointly with the AccuFix ArmShutle ®
•reusable OptiHandles Frames can be attached to the sides of the table to position the chest with thermoplastic.
• The seat bottom or top of optional, prevents the patient can slip and slide down.
• The hook or optional wall bracket for storage, allows you to hang Table QUEST flat chest, leaning against the wall.
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MT-250/350 |
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Description:Patient comfort, carbon fiber design and low attenuation.
provides a prone positioning solution for both Brachytherapy and external beam radiation therapy. During a brachytherapy treatment prone positioning pulls the breast and the radioactive source away from the chest wall decreasing exposure to surrounding tissue while promoting skin sparing. Breast treatment in the prone position while using external beam reduces exposure to the heart and lungs while providing a more uniform dose delivery plan.
The Prone Breast Positioner effectively promotes the patient's treatment by providing a comfortable and reproducible positioning product.
- Increase Patient Throughput: Proper patient positioning expedites the treatment process. The new Prone Breast Positioner assists in properly aligning the treatment fields with reproducible accuracy. Cutouts on the side of the positioner provide easy access to the brachytherapy applicators as well as markings for external beam treatments.
- Customized Setups: The positioner utilizes inserts with different curvatures and heightsto stabilize and isolate the affected breast for treatment purposes. A wide variety of inserts allow you to customize your setups providing effective repositioning for the patient. The stackable design accommodates various breast/patient sizes.
- Patient Centered Comfort: The Prone Breast Positioner also focuses on patient comfort. By providing a more patient-friendly foam base, the patient is less likely to become uncomfortable and move. The material also is imaging friendly with all modalities.
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Thermoplastic Masks |
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Description: comfort, precision and low attenuation.Thermoplastic materials, very easy to mold, 100% plastic memory. Se adapta perfectamente al contorno del paciente. It fits perfectly to the contour of the patient.
- Polycaprolactone-based core.
- Outside of the mask smooth.
- Inside of the mask with polyurethane coating, which provides an aspect of "peach skin."
- Polycarbonate frame.
- It does not emit gases and vapors. Biodegradable. Non-toxic.
- No skin irritation.
Colors: Skin, Green and Blue.
Grosores : 0.8 mm, 1.6 mm, 2.0 mm, 2.5 mm, 3.0 mm y 4.0 mm. Thickness: 0.8 mm, 1.6 mm, 2.0 mm, 2.5 mm, 3.0 mm and 4.0 mm.
Type: No drilling, Micro-perforated, Mini-Multi-perforated and perforated.
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Mask´s Fixator |
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Description:
This study introduces a non-invasive method based on computed tomography (CT) verification to ensure patients are accurately positioned before fractionated stereotactic radiotherapy.
It enables quality control of mask positioning with reference to the CT images of the treatment plan.
A mask system, together with a dental impression moulded mouth bite, was used for patient immobilisation. In order to facilitate relevant image comparison, special alignment during CT localisation was discussed in the study. The accuracy of patient set-up was studied by assessing the isocentre position in relation to the patient's anatomical structure. The planning CT images were applied as a reference and the study was applied to 261 cranial applications.
The results show that the mean and the maximum overall displacements at the isocentre were 0.7 and 2.5 mm, respectively. The mean and the maximum rotational displacement in the axial plane were 0.56° and 2°, respectively. The mean translational displacement and rotational displacement were close to zero when considering the direction of movement.
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