Aluminium motors can be used for a variety of different purposes, from powering vehicles to small robotics applications. The versatile machines offer a variety of benefits as well as a few disadvantages. The lightweight material is often compared to other metals such as iron, but the properties of the materials vary greatly, resulting in machines optimised for different purposes. Iron is a tough and strong metal, and is therefore able to withstand extended wear and tear easily, whereas aluminium motors are much more lightweight and therefore easier to handle and transport.
These machines are available in much more rigid and stiff designs than compared to their iron counterparts, because the softer metal is able to withstand heavier stressing and bending through the course of its usage. This makes these machines very well suited to a variety of high pressure applications such as driving and industrial machinery. The machines have undergone intensive development in the past few decades and most of the contemporary models feature the culmination of many innovative methods and techniques, resulting in an aluminium motor that is sturdy and resistant to damage.
One of the greatest benefits of this material for industrial machinery is the fact that it is resistant to rusting and other corrosion. This makes an aluminium motor a fantastic choice for wet and messy applications such as boating and food processing. It is particularly useful whenever the usage of stainless steel doesn’t make sense, such as when a much more lightweight solution is needed. Additionally, aluminium motors can be made to be just as strong as the stainless steel equivalents.
Many industrial machines are built using a combination of different materials, such as pure metals, alloys and thick plastics to suit different purposes. This means that while steel or iron might be used for weight bearing pieces of machinery, an engine in another material could be the perfect part to provide power to the whole system. By using combinations of different materials, manufacturers and hobbyists can keep the total weight of a system down, while still using the best part for the job.
But why limit the weight of industrial machinery, domestic appliances and on road vehicles? Although lightweight systems can be a bit more fiddly, they are essential to providing an improved level of energy efficiency. Because aluminium motors are so lightweight, they generally consume much less energy than heavier models which need to support and carry their own weight. This factor vital for mobile systems such as cars and other vehicles.