Radiation Protection Cap
The BrainSaver™ Cap is designed to significantly reduce radiation exposure to the brain by up to 95%, ensuring maximum safety for healthcare professionals during prolonged procedures.
Integrated with an advanced cooling technology originally developed by Outlast® for NASA space missions, the cap provides not only exceptional radiation shielding but also enhanced comfort, even during extended wear.
At Neo MedsPro, we combine protection, innovation, and comfort to deliver radiation safety solutions trusted in modern medical environments.
BrainSaver™ Features
Eco-Friendly & Lead-Free – Designed with safe, sustainable materials for easy and responsible disposal.
Reusable Protection – Can be used across multiple procedures, with replacement typically recommended once a week for optimal performance.
Extended Use – Suitable for more than a single day, supporting several procedures without compromising safety.
Superior Attenuation – Delivers higher radiation shielding efficiency than conventional products, ranging from 75% to over 95%.
Targeted Brain Safety – Reduces radiation exposure to the left side of the brain by up to 90% and to the left temporal lobe by up to 80%.
At Neo MedsPro, the BrainSaver™ range combines advanced protection, comfort, and reusability, setting new standards in radiation safety for healthcare professionals.
Cool Heads for Steady Hands
The BrainSaver™ Cap is equipped with advanced temperature-regulating technology, powered by Outlast® – originally developed for NASA space missions.
During long medical procedures, traditional head protection can lead to heat buildup, sweating, and discomfort. BrainSaver™ overcomes this with its inner coated material and breathable mesh design, which store and release heat as needed, keeping the head consistently cool.
This technology helps reduce sweat production by up to 30%, prevents blisters, and ensures lasting comfort. By maintaining an optimal microclimate balance, BrainSaver™ supports both excellent hygiene and enhanced performance during extended wear.