Med One Blog

By Ibby Smith Stofer

What if you had a medical condition that required you to undergo surgery and while you were recovering you received a bill for over $150,000? Or what if you had a heart attack and were taken by air ambulance from your favorite off-the-grid fishing spot? Would your insurance cover all of the bills, part of it, or none? How would you pay for any uncovered bills?

IV infusion therapy is an important tool in the healthcare provider's tool kit. An IV infusion pump is one of the needed tools and the benefits it brings to patients is inestimable. It is necessary to know how to set up an IV infusion pump.

The rate and amount of fluids that are given intravenously (IV) can be regulated in two ways: manually and by electric pumps. The most common type of IV fluid administered to patients is saline. Since the latter part of the 1960s, infusion pumps have been used in hospitals to dispense saline, medications, and other fluids to patients directly to their bloodstream by using an IV. The demand for infusion pumps is high. In fact, 86% of patients that are admitted to hospitals require them, according to the Material Services (MS) department at the University of Michigan Health Systems.

What is the purpose of infusion pumps? This essential medical device is a necessity in any hospital or nursing home throughout the country. It's the primary way that medical professionals are able to deliver fluids to a patient in a controlled manner.

In order to provide the highest quality of care to your patients, your facility needs to be outfitted with the best equipment available. However, a growing business may not always have the funds to purchase that medical equipment outright. Often, it's clear that the most cost-effective option may be securing financing for medical equipment or to consider hospital equipment rentals.

By now, you may be aware that there are two ways to regulate the amount and rate of fluids given through an IV: manually and using an electric pump. If your medical facility takes advantage of the efficiency and convenience of infusion pumps for patient treatment, it's essential to understand the specific purpose of infusion pumps so you can make the best decisions for your facility and patient needs.

By Ibby Smith Stofer

No matter what business you may be in, each potential touchpoint your customers have with you can make or break your relationships. Some may believe that their jobs don’t impact any customers. That being said, If you spend a few moments looking at your company from the point of view of your consumers those assumptions prove to be off base.

Since the late 1960s, infusion pumps have been used by hospitals and healthcare facilities to administer fluids and medications to patients in need. In the modern age, smart pumps emerged as the new and improved versions of IV pumps. Capable of recognizing and preventing medication errors and promoting greater patient satisfaction, these smart infusion pumps are now a ubiquitous sight in just about any medical center throughout the United States.

If they have prescribed you an IV-delivered medication or are receiving care frequently at a hospital, you’re likely wondering about how to set up an IV infusion pump and the different infusion pumps that exist. IV infusion pumps are a common sight in hospitals and other healthcare settings, so understanding a little about how they work can help make your treatment less stressful. There are a few different IV pumps that exist; read on to learn more about them.

It’s nearly impossible for a hospital to own every single piece of equipment it has. Given that the typical hospital owns or rents over 35,000 different pieces of equipment, this makes sense. Medical equipment rentals can also keep costs down, which is important given that in 2013, the average cost of a one-day stay in the hospital was over $4,000. Infusion pumps are common medical equipment rentals because of their high volume of usage in a hospital. An IV is a fairly ubiquitous sight in a hospital and infusion pumps can regulate the amount and rate of fluids being administered much more easily. Plus, they reduce the margin of error, which pretty much every hospital would like to avoid.