Description:
Thermoplastic Masks by Aktina Medical Corporation
Aktina Medical Corporation's Thermoplastic Masks are state-of-the art medical equipment designed for facilitating safe and precise radiotherapy treatments. The main purpose of these masks is to provide a secure and snug fit, keeping patients immobilized during the course of radiotherapy treatment.
The primary benefit of these Thermoplastic Masks is their adaptability. They heat up and become pliable, allowing healthcare professionals to mold them according to the patient’s facial contours. Once cooled, they retain the shape, providing a bespoke fit for each individual patient. This ensures more precise targeting of the radiated area while minimizing exposure to surrounding healthy tissues.
Fabricated from high-quality materials, these masks are skin-friendly, ensuring patient comfort during treatment sessions. They are also lightweight yet sturdy and durable, able to retain their exact shape across multiple radiotherapy procedures. This repeatability eliminates the need for time-consuming readjustments, contributing to more efficient workflows in clinical settings.
By facilitating precise treatment delivery, reducing treatment time, and enhancing patient comfort, the Thermoplastic Masks by Aktina Medical Corporation represent a significant advancement in radiotherapy delivery systems.
How It Works:
Implementing Thermoplastic Masks in Radiation Therapy
Thermoplastic masks are an essential component in today's
radiation therapy procedures. Their primary purpose is to ensure patient immobilization during treatment, maximizing treatment efficacy while minimizing radiation dose to healthy tissues.
Thermoplastic Masks: Principle of Operation
Material Construction
Thermoplastic masks are chiefly composed of a type of plastic that softens when heated and hardens once cooled - hence the name 'thermoplastic'. This allows for easy molding of the mask to the patient's face, ensuring an individualized, snug fit.
Procedure
The mask-making process begins by heating the thermoplastic sheet in a warm water bath. Once the material is pliable, it is carefully placed over the patient's face. As the mask cools, it takes on the shape of the patient's face, ensuring a personal fit every time.
Critical Role in Treatment Accuracy
The primary reason for using thermoplastic masks during radiation therapy is to immobilize the patient's head and neck during treatment.
Patient immobilization is absolutely critical for the delivery of the precise radiation dose to the target area while sparing surrounding healthy tissues from exposure.
Additional Advantages
Beyond immobilization, thermoplastic masks also help in consistent patient positioning session after session. This repeatability ensures that each treatment is delivered as planned by the radiation oncologist. The masks are also lightweight, ensuring patient comfort while maintaining treatment accuracy.
Final Thoughts
As healthcare providers, we must appreciate and utilize the advancements in medical technology to improve patient care outcomes. With the use of thermoplastic masks, we can contribute to the accuracy and effectiveness of radiation therapy, ultimately improving patient prognosis and quality of life.