Over the years, aluminum has proven its impact on several industries — being an amazing and versatile material that can be used for a variety of things. That includes the medical industry and the myriad devices that are transforming healthcare as everyone knows it. Because of these numerous aluminum applications in the industry, people are actually living longer, healthier lives.
Any medical device, equipment, or material used in medical procedures needs to meet very high standards of performance and reliability. This is also because of how this specific industry has very little margin for error. Also, what sets the medical industry apart from others is the necessity for high levels of sanitation. This is an area where aluminum applications really shines.
Furthermore, with all that is happening in the world today, there is an increased demand for efficiency, reliability and affordability when it comes to the medical and healthcare industries – this includes the tools and equipment used, as well as the materials used to manufacture them. If you work in the medical industry or are responsible for sourcing materials for medical products, it is important to only source the highest quality aluminum to ensure that these products are up to standards and safe for use.
Aluminum is actually very popular in this specific industry. With so many aluminum alloys available, and new high performance alloys being developed, you can be sure to find the right material for your needs. This being said, listed below are the different types of aluminum applications popular in the industry — from a variety of medical devices, surgical tools, research equipment, down to the different hospital room equipment.
It should come as no surprise that medical devices and diagnostic tools are made with special care and precision. This being said, aluminum is considered to be one of the metals that can easily be incorporated into medical devices because of its flexibility and durability.
One of the most common medical devices with aluminum as their primary material would be stethoscopes. The binaural pieces and chest piece of stethoscopes are made partly from aluminum. And given how flexible this material is, it can be molded into a tube, which is useful for equipment such as lift systems. As digital medical devices become more and more advanced, they are following the same trends as other electronic devices in terms of miniaturization. This means that components like those found in your phone or computer are being used more and more frequently in these smaller devices. Often, these components are made from aluminum as well.
It can also be used for equipment that does not directly touch the patient like trays, cases, containers, and others. The durability of aluminum, along with its other properties is proven to be excellent features of the said medical equipment. You might not actually think that a carrying case needs to be particularly tough. But when you consider medical equipment used in emergency or field settings, such as combat and disaster response locations, you quickly realize that the containers made to carry your medical devices are just as important as the instruments themselves in order to maintain durability and hygienic conditions.
Aluminum alloys are a useful material for tools that need to be cleaned frequently because of their anti-corrosion qualities. In the medical industry, it is a perfect material to use for manufacturing surgical tools. For instance, a scalpel contains minute quantities of metal. Even if the blade is made of stainless steel, this type of surgical instrument needs to be properly cleansed. Aluminum traces in the grip make the tool sturdy and compact even after many sterilizations.
Aluminum is also used in dental equipment. The handle or grip of the instrument may be constructed of aluminum even if the functional part of it is made of another metal, like a scalpel blade made of titanium or stainless steel.
Research lies at the heart of medicine’s foundation as a scientific discipline. Hospitals naturally participate in a large portion of medical research. Aluminum extrusions are used in some research equipment. Aside from the aforementioned reasons, there are just a few instances where aluminum outperforms steel. For instance, an anodized aluminum extrusion might function as a component of a bigger machine.
This type of metal is actually a well-liked option in study because of its affordable advantages. Aluminum is less expensive to obtain than other metals, so researchers who are considering budget recommendations often choose to employ this material for their tools. Using stainless steel can simply be too expensive if a study asks for many uses of steel-based equipment.
Hospital Room Equipment
With so many advantages, aluminum has found a home in practically every area of the hospital. Gurneys, trays, and even the monitors that are placed all around the bed use aluminum extrusions as well. You might not be aware of this, but wheelchairs, walkers, and railings all have an aluminum alloy interior or exterior. Aluminum is used in surgical lamps even. All of these hospital components are routinely cleaned and sanitized with potent cleaners. The best option is therefore to use a sturdy, non-corrosive metal.
Aluminum is also used for fieldwork in medicine. Field workers are expected to have a quick setup in disaster, combat, or rescue scenarios so they can respond to medical problems as quickly as feasible. The frames of medical field tents are made of lightweight aluminum because it works well for equipment that is simple to transport. Due to its corrosion resistance, it can withstand the elements without deteriorating.
To sum these all up, there should be no space for error when it comes to different medical equipment. Because of this, manufacturers in the medical sector increasingly rely on aluminum. Also, a number of aluminum applications appear to be paving the way for the future of medical technology. In virtually any medical environment, aluminum is a good fit overall, and having it in your equipment will prove to be more advantageous than harmful.
Additionally, the metal’s success in the medical sector is largely due to the marriage of its logistical simplicity and medicinal compatibility. The material has been used in hospitals and other medical facilities for a variety of good reasons, and so far it has not let them down.