IV poles allow medical staff to safely transport patients from one area of the hospital to another without disconnecting them from critical fluids or medication. They’re also used to help patients move around in chairs and take supervised walks.
Bases can be constructed from stainless steel, aluminum, or heavy cast iron to offer varying degrees of stability and maneuverability. They often feature casters that are non-marking, quiet, and resistant to chemicals.
Stability
Medical staff need to quickly move IV poles from one place to another, but they also must keep patients safe. That means that a portable IV stand must be stable and durable enough to handle the weight of the equipment without tipping or falling over.
Hospital IV poles are designed with heavy-duty bases and castors that can be wheeled smoothly across hospital floors to arrive at patient bedsides, making it easy to transport patients. They are typically constructed from stainless steel or aluminum for durability, resistance to corrosion and rusting, and lightweight maneuverability.
IV Poles are also crafted with casters in a wide range of sizes and styles to match the environment in which they will be used. Casters of thermoplastic or neoprene are resistant to chemicals and offer ease of cleaning and quiet operation. Viper casters are designed to roll over floor debris and offer greater stability and maneuverability than conventional wheels.
When assembling an IV stand, hospitals and other healthcare facilities should consider the environment in which they will be using it, the preferences of the medical staff who will use it, and available features and accessories. These factors will help them choose the best top and base style, material construction, IV bag port style, and pole diameter.
In addition to minimizing storage space, some hospital IV stands are designed to be color coded for easy identification by staff members. This makes it easier for them to track and locate these important pieces of medical equipment, and it can help prevent mistakes and misunderstandings that could lead to a dangerous situation or an unnecessary loss of time and efficiency.
Hospitals and clinics must be able to rely on the quality of their IV poles to deliver consistent results. When products are cheaply made, there’s a greater risk that they will stall operations or damage delicate and invaluable equipment parts. That’s why Marlin Steel is proud to offer medical poles that are designed and manufactured in the United States. We know that our high-quality, reliable products will be a great fit for your facility and medical team.
Durability
The IV pole is a staple piece of medical equipment that enables hospital staff to keep patients connected to critical fluids and medications during transportation throughout the facility. But not all IV poles are created equal, and choosing the right one can make all the difference in patient care.
For example, medical facilities need to be able to trust that the IV stand’s base will remain stable during transport, not tip over or damage any of their patients, equipment or surroundings. Fortunately, many medical IV stands are robotically welded to offer enhanced stability. And, the bases are typically made from a heavy and durable material like aluminium. Moreover, most medical IV poles are height adjustable and can accommodate any patient. Some specialized IV poles can even extend to heights exceeding 90 inches.
Another consideration for choosing the right IV pole is the number and style of hooks. For instance, some medical poles have just two hooks while others have four or six. The number of hooks determines how much weight an IV pole can support and how quickly a nurse can change the bags of medication or fluid.
In addition to hooks, medical staff also need to be able to secure other accessories and equipment on the IV pole. That includes monitor stands and IV pump stands to hold electronic devices and other items that are essential to the treatment of patients. Some of these accessories can be mounted directly on the IV stand, which makes it easier and faster to set them up for use.
While the diameter and base style of an IV pole play an important role in its durability, the type of materials used is also an essential factor. For instance, stainless steel is a more durable option than chrome-plated versions that are susceptible to corrosion and may eventually start to rust.
Considering all the important factors involved in the design and manufacture of medical IV poles, it’s no wonder that there are a number of different options available for healthcare facilities. Luckily, a CME distributor can help configure the perfect IV pole for any facility’s specific needs.
Efficiency
IV poles, also known as intravenous stands, provide a safe and secure place to hang bags of medicine or fluid that will, via gravity, deliver them into a patient’s body. They come in a wide variety of shapes, sizes and materials to accommodate specific environments and the patients in those environments. They also vary in height adjustment, wheels for mobility and how many hooks are available for use.
Medical equipment needs to be tough, durable and high quality. This is especially true for devices like IV poles, which enable medical staff to transport patients from one area of a hospital to another without disconnecting them from life-saving medications and fluids. This increases efficiency, reduces the chance of errors or stalled operations, and gives patients more freedom to leave their beds for meals and bathroom breaks.
To ensure stability and maneuverability, IV stands are constructed from sturdy, durable materials like stainless steel and aluminium. This allows them to withstand the weight of multiple infusion bags and to withstand frequent usage. They are also designed to be lightweight enough for medical staff to easily transport them between rooms and for patients to maneuver through crowded corridors.
Most IV poles are adjustable in height, allowing medical professionals to hang infusion bags at the correct level. This is important because the higher the bag, the more pressure it develops and the faster it delivers the fluid into the patient’s bloodstream. Additionally, many IV poles have a locking system that prevents the bag from accidentally falling off while being moved.
Many hospitals and clinics are also looking for ways to save space, which is why IV poles with stacking bases make such a great choice. These bases allow medical professionals to stack multiple IV poles together and move them as one unit, saving valuable floor space for other medical equipment and storage. They also have casters that allow them to glide effortlessly across the floor, making it easy for medical personnel to relocate patients and get to their bedside as quickly as possible.
Mobility
IV poles allow medical professionals to stay close to patients while administering intravenous fluids and medication. This allows the patient to be more comfortable, reduces healthcare-associated infections and helps them get better faster. It also minimizes the time and distance that healthcare workers need to travel between rooms, which decreases their exposure to potential germs.
When selecting IV poles for hospitals and clinics, medical facilities should consider their unique needs and the preferences of their healthcare staff. This can help them choose the right top and base style, material construction, IV bag port style, pole diameter, casters and other features that best align with their designated purpose and healthcare environment.
Hospitals and other healthcare environments need to be highly efficient to maximize staff productivity, which requires equipment that is easy to maneuver and stable enough to reliably reach patient bedsides. IV stands that feature a heavy-duty base and quality casters ensure that they can be wheeled quickly and steadily throughout crowded hospital floors to arrive at the bedside as needed.
Additionally, some IV stands are designed with bases that are constructed of aluminum or stainless steel rather than chrome to provide greater durability, ease of cleaning and disinfection and resistance to rusting. This can be particularly important in surgical and ICU environments where the IV poles may need to withstand frequent use and harsh environmental conditions.
Lastly, many medical IV poles are equipped with a telescopic design that allows them to be adjusted in height from the ground up for greater accessibility and maneuverability. This can save healthcare professionals valuable time when they are working on multiple patients in a row.
IV poles with a broader base offer increased stability and can be used to hold additional equipment such as a monitor or infusion pump. These bases can also be made of a variety of materials such as chrome, stainless steel or lightweight aluminum to meet the specific requirements of their designated healthcare environment and medical applications. They can be welded or robotically welded for precision, and they can also be built with different numbers of wheels or casters to optimize performance and facilitate ease of maneuverability.
