4 Ways Aluminum Extrusions Are Used in Healthcare

Updated on June 16, 2022
4 Ways Aluminum Extrusions Are Used in Healthcare

Healthcare is one of many major industries that uses aluminum extrusions. In fact, there are various ways aluminum extrusions are used in healthcare to benefit technological advancements and the providers using them. Many healthcare applications use aluminum extrusions to reap the benefits of aluminum as a material. The features of aluminum include conductivity, durability, and cost-efficiency. Explore the significant ways healthcare industries use aluminum extrusions todevelop cost-effective medical equipment and other healthcare applications.

Patient Repositioners

Patient repositioners permit caregivers to reposition the bed for a patient through the push of a button. A repositioner contains multiple aluminum extrusions; the first extrusion cases the roller that’s positioning the bed, and the second cases the motor, grip, circuit board, and power supply.

Healthcare Structures

Aluminum extrusions are heavily utilized in the construction process for healthcare structures. Prime examples of applications that use aluminum extrusions include field hospitals, first aid tents, and drive-thru testing facilities. Aluminum is ideal for portable constructions because it contains properties that are corrosion-resistant, durable, and water-resilient, and the material is low weight.

Various Types of Medical Equipment

Technological advancements play a major role in healthcare operations. The metal industry’s developments contribute to these advancements by producing various medical instruments. The metal industry also ensures the safety and health of those using said medical equipment. Aluminum serves as the most widely used metal for medical instruments and surgical devices.

Walking Frames and Mobile Hoists

A prevalent use of aluminum extrusions in healthcare applications is the development of walking frames and mobile hoists. Walkers and canes require robust materials that are durable but easy for a patient to maneuver. Manufacturers develop these devices from extruded aluminum for its light density and durability. The versatility of aluminum also permits patients to adjust the height, polish the surface, and have a folding option for easy transportation.