Design and production of central vacuum systems with different tank volumes with one or two pumps or three Zagros vacuum pumps with different discharges of 160, 320, 400, 460 and 600 cubic meters per The watch with a final negative pressure of 0.5 mm with an absolute pressure gauge is designed and produced according to the needs and applications of the central vacuum. Design and manufacture according to your usage.
Vacuum central medical systems in hospitals Vacuum technology plays an important role in a number of healthcare and life sciences applications. Vacuum pumps are found in all major hospitals and in many analytical instruments used in diagnosis and research.
A review of medical applications that use vacuum technology today
In most hospital rooms, we find a vacuum connection in the wall that applies vacuum pressure to the aspiration. Vacuum is a tool in surgery, anesthesia and during intensive care. Vacuum outlets in patient rooms and operating rooms are connected to a central vacuum system. These are usually located in the basement. They consist of pumps (vacuum), buffer tank and control
Systems have at least two and in most cases three or four vacuum pumps. Pumps are used intermittently or when the pumping speed is higher. For redundancy and maximum operating time,
Most pumps are single-stage oil vane rotary vacuum pumps with a final vacuum pressure of 0.5 mbar. Up to 1000 liters and inlet filters and drain valves for liquids and particles are compressed.
Applications of vacuum technology in medicine Vacuum cushions and mattresses
These are ideal for stabilizing the patient In surgery, imaging or immunization methods are used to transport patients. Mattresses and cushions are filled with small plastic spheres.
Vacuum up to 300 mA is sufficient for this purpose, so single-stage diaphragm pumps are used.
Central vacuum system can be used in hospitals. Emergency ambulances often use a simple hand pump.
Plasma sterilization Demand for sterilization and disinfection of medical equipment in hospitals is increasing. Vacuum plasma sterilization is very efficient and does not damage the material. n (Autoclave 130 ° C) Sterilize the medical device. Conventional pumps, if using the classic hot steam method
are intermediate two-stage with special traps in the exhaust. \ x-ray tubes X-ray examinations have been used for diagnosis for the past 100 years. X-rays are produced in a tube by bombarding an anode with high voltage electrons (up to 150 kV). The anode is made of metal (in most cases copper). High-energy electrons are scattered or stopped in the metal, and the copper atoms emit an X-ray with a certain energy. Dispersed by air molecules, obviously all X-ray tubes are emptied with high vacuum.
mm Load is required.
In the pipe maker, medium-sized turbomolecular pumps are supported by rotary vane pumps.
The pipes are sealed and There is no need to re-evacuate the hospital using a substance tracer.
Summary Vacuum technology is present in many medical applications and research. Medical vacuum systems are essential to create vacuum pressure for aspiration and to ensure the safety and efficiency of patient rooms and operating rooms. Vacuum technology is also very important for sterilizing medical equipment as well as using X-ray tubes in vacuum conditions.
