Medical ice blanket cooling instrument

Product action mechanism:

The medical ice blanket cooling instrument (referred to as the ice blanket instrument for short) uses the characteristics of semiconductor refrigeration and heating to heat or cool the water in the water tank, and then circulates and exchanges the water in the ice blanket through the operation of the host, so as to make the blanket surface contact the skin for heat conduction, so as to achieve the purpose of heating or cooling.

The ice blanket instrument can be used to raise and lower the body temperature and local temperature. It is an ideal equipment for neurosurgery, neurology, emergency department, ICU, pediatrics and other departments. It is suitable for lowering the temperature of mild hypothermia and various types of refractory high fever patients before and after the operation of craniocerebral diseases; Suitable for postoperative rewarming; It is suitable for cold compress on injured parts of people (athletes) who are injured by falls or falls; Because of its positive clinical significance to the emergency department, small size, light weight and other characteristics, the instrument can be installed in emergency vehicles. At the same time, it has important clinical significance for patients with brain trauma, hypertensive cerebral hemorrhage, cerebral infarction, cardiopulmonary cerebral resuscitation, hyperthermic convulsion and brain edema caused by various reasons, to effectively reduce intracranial pressure, promote the recovery of neural function and reduce sequelae.

Product features:

The ice blanket is based on the heat pump principle of semiconductor: it has the dual functions of cooling and heating. The temperature of the blanket surface is effectively controlled through the single-chip computer programming technology, and then it is connected with the blanket surface through the water pump pipeline for heat exchange to achieve the temperature rise and fall of patients.

The ice blanket and ice cap are made of imported high polymer materials and pressed with ultrasonic technology. The blanket surface has high temperature conductivity. The imported quick connector to the valve is used to facilitate the connection with the host machine.

Main performance:

1. Heating and cooling are carried out based on the principle of semiconductor heat pump, without refrigerant, pollution and sanitation.

2. Because there are no mechanical transmission parts, the structure is simple, no noise, no wear, and high reliability.

3. Simple operation, small size, light weight and convenient use.

4. The water tank is short of water, the water temperature is overheated, and the alarm is given, and the noise is silenced by manual reset.

Scope of application:

1. It can be widely used in neurosurgery, neurology, urology, emergency department, respiratory department, hematology department, ICU, oncology department, pediatrics and infection department, as well as ambulance and sports rehabilitation.

2. Indications include craniocerebral injury, craniocerebral surgery, cerebral hemorrhage, cerebral infarction, meningitis, severe cerebral hypoxia, myocardial infarction, cardiac surgery, cardio cerebral resuscitation, neonatal hypoxic-ischemic brain injury, severe heatstroke, carbon monoxide poisoning, infectious high fever, central high fever, etc. Some are also used for orthopedic and sports injury local mild hypothermia treatment.

Company profile

The company has its own factory and design team, and has been engaged in the production and sales of medical products for a long time. We now have the following product lines.

Medical air pressure massager (lymphedema garments for legs、compression sleeves for lymphedema、air compression therapy system etc)and DVT series.

Chest physical therapy vest

③Tactical pneumatic tourniquet

Cold therapy machine(cold therapy blanket、cold therapy vest、ice pack leg sleeve、warm pack for painetc)

⑤Others like TPU civil products(heart shaped inflatable poolanti pressure sore mattressice therapy machine for legs ect)

 


Post time: Dec-26-2022