Revolutionary advancement in medical technology: introducing a cutting-edge innovation that maintains a precise constant temperature of 18 ºC, setting a new standard for therapeutic applications.
After a decade-long commitment to excellence, involving the meticulous selection of nearly a thousand raw materials, Qingdao Dmd Medical Technology Co., Ltd. has achieved a monumental breakthrough in constant temperature technology. This expertise has culminated in the creation of a remarkable range of products, including constant temperature ice bags, insulin storage cups, constant temperature hot compress bags, and eye bags—all capable of maintaining temperatures between -20 °C and -50 °C. These technological advancements are paving the way for transformative applications across various industries.
When children experience a cold or fever, with body temperatures not exceeding 38.5 ºC, doctors often advise exploring the benefits of physical cooling. Common methods include applying a cold towel or gently wiping with warm water. However, many parents struggle to accurately implement these scientific cooling techniques.
Understanding temperature's impact on sensitive skin is crucial. Baby skin is at risk of frostbite below 10 ºC, while temperatures between 10-15 ºC can cause stinging and discomfort. At an optimal 18 ºC, physical cooling becomes most effective. In hospital intensive care units, brain protection equipment is calibrated to this ideal 18 ºC, ensuring both safety and efficacy.
In 1987, Busto introduced the pioneering concept of mild hypothermia brain protection, defining it as maintaining a body surface temperature of 30 ºC to 35 ºC, with an external cold compress device set between 18 ºC and 20 ºC. This revelation has reignited the medical community's interest in low-temperature therapies. Clinically, brain cooling devices are now utilized to significantly lower intracranial pressure, mitigate brain edema, safeguard compromised neurons, and reduce the complications and long-term effects associated with ischemic hypoxic encephalopathy.