#philips 1355a

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Why Adequate Patient Monitoring is Essential

If doctors and nurses aren’t able to accurately monitor patients, finding out what is it that is giving patients sleepless nights is impossible. A good patient monitor plays an imperative role in examining the vital signs and internal workings of the body. Here is why you need to carefully pay attention to picking the best patient monitoring system that exists for your medical setup.

 Health monitoring for medical staff becomes seamless

With the right patient monitoring system, you can meticulously examine a patient’s health conditions seamlessly. Even if the patient requires medical assistance at home, a good patient monitor can carry out this process for you and help nurses and doctors respond to emergencies whenever they arise.

 Portable models increase flexibility

Whether you need a patient monitor at home, in the ambulance or at the medical institute, portable models ensures you can take this equipment along wherever you go. The portable devices are small in size, light in weight and easy to use.

 Control is in your hands in any medical conditions

A patient monitor can track body temperature, blood pressure or heart rate seamlessly. This ensures detecting issues before they arise is possible. This inevitably means heart related issues or chronic diseases can be identified and treated adequately. At USOC Medical, you find a range of patient monitors as well as Ohio suction regulators that make patient monitoring a seamless process. Besides this, if you are looking for wall suction or even the Philips 1355A, you can know for a fact that we offer you the most superior quality products at cost effective prices.

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The best suction regulator for hospitals

The PHILIPS 1355A suction regulator and containers are very important equipment for any hospital to have. They are usually connected to the vacuum outlets of the hospital for a reason. Why are these suction regulators used? They are used to suck out foreign bodies from the patient’s body. However, suction regulators are required to control the pressure that is applied by the suction pumps. These regulators are connected to the main equipment. This is another step taken to prevent any malfunction by the main equipment. The maximum and minimum pressure can be programmed into the system and also be manually controlled.

 The wall suction outlet also acts as a regulator and it has a mechanical interface between the catheter and the main vacuum system which is typically located in the huge abyss of the basement of the hospitals.

 How is suction regulator used?

There are many types of suction regulators like Ohio suction regulators for example. It is a very important and essential part of medical practice and has been around for several decades now. Today’s suction pumps and suction regulators are used for different types of patients from neonatal to the senior patients. Medical suction pumps and regulators perform many functions like clearing the airways, decompressing the chest, cleaning the stomach, and also bowels. This is mainly done so that all the obstructions for major and minor surgeries are cleared.

 Why is safety a concern?

Safety is a major concern even though suction is not the main surgery and is just the preliminary preparation procedure. Suction needs to be regulated because extra pressure may damage the internal parts of the patient’s body. A suction regulator typically controls the air flow rate so that how fast the air should be let in to clear the fluid or mucus from the airways. There are three main factors that control the suction procedure and work behind the scene.

 The amount of negative pressure that is applied in the vacuum procedure makes a difference. Along with the required pressure there should also be a negative pressure applied to balance the whole act.

 Gauge the resistance of the suction system so that any extra pressure can be removed. This is an important step in the regulation process.

 The viscosity of the fluid that is being removed from the patient’s body also influences the amount of pressure and the air flow rate that has to be applied. Viscosity also demands higher pressure because it does not flow very freely.