Experience a revolutionary leap forward with our cutting-edge technology that ensures a consistent and soothing temperature of 18 ºC, perfect for a myriad of applications.
After an exhaustive decade spent meticulously selecting from nearly a thousand different raw materials, Qingdao Dmd Medical Technology Co., Ltd. has poured its heart into pioneering groundbreaking constant temperature technology. This historic accomplishment has led to the creation of state-of-the-art products, including constant temperature ice packs, insulin storage cups, steady-temperature hot compress bags, and continuous temperature eye bags. These innovative solutions maintain precise temperatures from a chilly -20 ° C to a frosty -50 ° C. Certain cutting-edge technologies are making their mark in the industry, setting new standards for excellence.
When your little ones catch a cold and their fever doesn't climb beyond 38.5 ºC, healthcare experts often advise the soothing touch of physical cooling. Traditional methods like applying a cold towel or gently wiping the back and underarms with warm water are popular, yet many parents find these techniques challenging to perfect scientifically. Our constant temperature solutions offer a user-friendly and effective alternative.
For tender baby skin, temperatures below 10 ºC can lead to frostbite, while the range of 10-15 ºC may cause stinging and discomfort. However, the ideal physical cooling sensation peaks at 18 ºC, a temperature also set for brain protection devices in intensive care units within hospitals, ensuring optimal safety and comfort.
The roots of mild hypothermia brain protection trace back to 1987 when Busto introduced this remarkable concept. It refers to achieving a body surface temperature between 30 ºC - 35 ºC, with an external cold compress device optimally set at 18 ºC - 20 ºC. This intriguing form of low-temperature therapy has captivated the medical community's attention once more. Presently embraced in clinical settings, brain cooling devices play a crucial role in reducing intracranial pressure, mitigating brain edema, preserving damaged neurons, and minimizing complications and aftereffects associated with ischemic hypoxic encephalopathy.
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