Brainlab Mask Video Tutorial

Summary

This tutorial video introduces the brain mask system, detailing the components and the molding process for creating a custom mask for patients. It covers the importance of proper positioning and the use of flexible spacer bars to accommodate changes in patient size. The video explains how to heat the thermoplastic material, apply it carefully to the patient's face, and ensure a comfortable fit while allowing for sufficient hardening time. Additionally, it highlights the optional upper jaw support that enhances accuracy during treatment, making the procedure both informative and accessible for users.

Takeaways

• 😀 The Brain That Mask System includes a frame, headrests, carbon fiber side posts, and thermoplastic mask sheets for optimal upper jaw support.
• 🛠️ Accessories consist of various sized spacer bars and clips, allowing for individualized adjustments during the molding process.
• 📏 Two lengths of carbon fiber posts are available for standard and low-mass fixation, accommodating different patient needs.
• 🌡️ The molding process requires heating water to 75-80°C to make the thermoplastic material translucent before use.
• 👤 Care should be taken to position the patient's head comfortably in the mask to avoid crushing their ears.
• 🔗 Face strips are applied to mold closely to the patient's facial contours, ensuring a secure fit.
• ⏱️ It's essential for the mask to harden for 15-20 minutes while the patient is still secured for optimal fit.
• 🗂️ Accurate measurement is crucial; record details of the upper jaw support and positioning for future treatments.
• 💧 Optional use of a plastic sheet over the mask material can prevent hair from sticking during molding.
• 👌 The mask system is designed for patient comfort, using non-invasive materials that allow for quick release if necessary.

Q & A

What components are included in the brain mask system?

The brain mask system includes a frame, two headrests, carbon fiber side posts, a mask system support block, and three shell thermoplastic mask sets, along with accessories for molding the mask.

What is the purpose of the spacer bars and clips in the mask system?

The spacer bars and clips allow for optimal adjustment of the individual masks, accommodating changes in patient size or condition, such as weight loss or facial swelling.

How does the low-mass fixation differ from standard mask fixation?

Low-mass fixation is designed for deep-seated lesions and is identified by longer headrests and side posts, providing more flexibility during treatment.

What temperature should the water bath be set to for molding the mask?

The water bath should be heated to approximately 75 to 80 degrees Celsius to ensure the thermoplastic material becomes translucent.

What precautions should be taken when molding the mask around a patient's head?

Ensure that the patient's ears are not crushed against the side posts and that the material is molded carefully to avoid hair sticking to the mask.

What is the recommended time for a patient to remain in the mask during the molding process?

It is recommended that the patient stays in the mask for at least 15 to 20 minutes to allow the material to harden properly.

How should the upper jaw support be mounted to the mask system?

The upper jaw support should be mounted loosely onto the U-ring of the mask system, with the measurement bar pointing downwards towards the patient's body.

What should be documented regarding the upper jaw support after it is used?

It is important to document the type of measurement bar used and its index mark referencing the position for future patient repositioning.

What steps should be taken after the mask has been molded?

After molding, the measurement bar should be mounted in the upper jaw support, the patient should be positioned to ensure proper fit, and the top layers of the mask should be clipped on securely.

Why is the material used for the mask considered patient-friendly?

The material is non-invasive and see-through, allowing for quick release during treatment if necessary, which enhances patient comfort.