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Infusion pumps
Infusion pumps are used to deliver intravenous therapy to patients. Many drugs used during critical illness are highly potent, and patients typically have several medications infusions running at the same time. Accuracy in medication and fluid delivery is critical to the patient's survival. Infusion pumps are a common part of critical care units and are a key component of the equipment. There are several types of infusion pumps, including manual, automatic, and multichannel systems.
Among these devices, volumetric infusion pumps use a linear or peristaltic drive, and the Delphi IVantage pump uses a rotary cassette. Linear drives use a stack of plates with holes mounted on a corkscrew shaft to massage fluid down a tube. The fluid is typically made of an elastic material, such as Silastic, which allows the flow to be phasic. As the fluid flows through the tube, it pauses and continues when the patient's body reaches the bottom plate.
Unlike most medical devices, infusion pumps are also required to operate on battery power. In addition to rechargeable battery packs, infusion pumps must not run out of battery power. Infusion pumps also need to have an accurate fuel gauge, which is why some infusion pumps have haptic feedback for better patient care. Some models offer advanced features like autonomous modes, haptic feedback, and a color display. However, the complexity of this device can make it less desirable for some users.
Some of the common problems with infusion pumps include battery failure, broken pump housings, premature battery failure, and sparks and fires. All of these problems pose a high risk for patients. Some of these issues may lead to over or under administration of fluids. One of the most common causes of infusion pump battery failure is human error, though patients can also be to blame. Infections caused by the malfunctioning of an infusion pump can be fatal.
Despite the dangers of infusion pumps, they are important medical devices. The FDA has implemented a strict set of regulations to ensure safety and prevent product malfunctions. Infusion pumps are battery-powered and portable. They must be small and lightweight, which makes them attractive for patients. Designers must also consider the safety of their patients by considering the number of adverse events. This is particularly important because a single mishap can have a devastating impact on a patient.
Among the common problems associated with infusion pumps is a patient's lack of compliance. The patient may not realize that their treatment is working properly, or they may even forget to reset the pump. As a result, it can be easy to forget to reset the pump. Fortunately, the new generation of infusion pumps has many other benefits as well. With its weight-based dosing, it's more accurate than ever before.