StemRad is committed to providing advanced, scientifically backed solutions to protect those exposed to harmful radiation. Whether you’re a medical worker, a first responder, in the military, or even an astronaut, the risks from radiation are real—but they can be managed.?Come behind-the-scenes with us as we explore some fascinating facts together!
Fast facts about radiation protection:
- Gamma Radiation’s Deadly Reach- Gamma radiation can penetrate several feet of solid materials, and once inside the body, it damages tissues and organs. Due to its ability to reach the deepest layers of human cells, it's one of the most dangerous types of radiation.
- Conventional Radiation Suits Would Be Too Heavy: Full radiation suits would weigh several hundred pounds, making them impractical for extended use. They would limit mobility, causing fatigue and inefficiency, especially in high-risk situations. They are a non-starter. You get far more effective protection from cutting-edge technology that allows for full mobility and maximum protection. That's why StemRad's solutions are next-gen solutions.
- Bone Marrow’s Critical Role: Did you know that 50% of your bone marrow is in your hips? StemRad’s 360 Gamma selectively shields the pelvic area. Protecting bone marrow is crucial in avoiding deadly radiation-induced conditions like leukemia.
- Not All Radiation Is the Same: Alpha particles are stopped by skin, while gamma radiation can pass through the body entirely. This makes gamma radiation particularly lethal, necessitating advanced shielding solutions like those from StemRad.
- Traditional Shielding Limitations: Lead aprons and shields, commonly used in medical settings, offer limited protection and do not fully cover vital areas, thereby exposing critical tissues.
- StemRad 360 Gamma: Our StemRad 360 Gamma solution offers focused protection on the most radiation-sensitive areas, including bone marrow-rich regions like the pelvis, without compromising movement or comfort.
- Ergonomics Meets Safety: The StemRad MD – exoskeleton distributes the weight of the protective gear, ensuring freedom of movement while providing unparalleled radiation shielding, particularly for medical personnel.
- Astronauts Need Protection Too: In space, radiation exposure increases exponentially. The AstroRad vest, developed by StemRad, protects astronauts from solar and cosmic radiation on deep space missions.
- StemRad: Leading the Future of Radiation Protection: Our solutions go beyond conventional protection, offering innovative ways to safeguard those exposed to radiation in diverse environments—from Earth to space.
For more information about our cutting-edge radiation protection solutions, visit our Contact Us page.
#radiationprotection #medicalsafety #StemRad360Gamma #AstroRad #innovationsafety #military #firstresponders #spaceexploration #healthcare
ISANAGO LLC
4 个月Dear Mr,Oren Milstein,? CEO of StemRad Radiation Protection I have conducted radiation transmission tests using a special silk. As I mentioned previously, this experiment has led to the development of a new theory regarding radiation blocking. It is a new concept of "from element to element, plus structure." In my hometown of Kyoto, research on silk has been ongoing for over 1,300 years. When I explained this theory to local governments and textile companies, 20 companies gathered to prepare for the development of space activity suits. Furthermore, they are also working on the development of multi-axis weaving machines. However, we do not have experience or experts in the field of space. I have heard that you have many achievements, including those with the International Space Station (ISS). We would very much like to collaborate with you. We are confident that our technology can be of assistance to your project. I would appreciate your consideration. Additionally. Sincerely, Yoshihiro Nomura