Everything You Need To Know About Medical Device With An Oil Immersed Transformer

By Author: Lynn Taylor
Total Articles: 6
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Medical devices are complex machines that require an extreme focus on detail and a sound understanding of physics. A design failure in even the most basic component can mean patient lives are at risk. In the past, engineers were able to model and simulate designs before building them using software or CAD programs.
However, as designs become more complex, companies have started building working models—known as rapid prototyping—using Oil Immersed Transformer (OIT) as opposed to traditional methods. It is something we have seen many other industries adopt to streamline design processes and reduce waste, which makes it perfect for medical device design too.
This article will give you the details on how OIT Transformer For Medical Applications are used in medical device design and why they are so beneficial.
What Is An Oil Immersed Transformer?
An Oil-immersed Transformer For Medical ...
... Applications is a transformer that is immersed in a liquid that can transfer mechanical properties between the transformer material as well as electrical properties. The transformer is a device that converts electrical energy into mechanical energy. A transformer is a device that can turn electrical energy into mechanical energy.
If you want to charge a phone battery or power an electric device, you require a transformer. Thermostats and other appliances work on the same principle. Oil Immersed Transformer (OIT) is the name given to a specific type of transformer that is submerged in a liquid (typically oil).
Unlike traditional transformers, which use air, an Oil Immersed Transformer uses liquid to help transfer mechanical properties between the transformer material as well as electrical properties. This type of transformer is used for testing and simulation purposes only, but it is also used in medical device design.
Why Are Oil Immersed Transformers Used In Medical Device Design?
The ability to model and simulate medical device designs using Oil Immersed Transformer has been one of the main drivers for adoption. The use of a liquid medium has allowed engineers to simulate and test their designs in a way that was not possible with traditional methods. The liquid medium also has several advantages for the medical device design sector.

Simplicity: OIT transformers are straightforward. They use low-cost materials and components and can be used to model and simulate virtually any design. They do not require highly skilled engineers to operate or maintain them, so they are a great fit for remote or automated design processes.
Engineering Accuracy: OIT transformers have excellent accuracy and resolution, making them ideal for testing and simulation. They can mimic the design of the equipment being tested, meaning that the simulation results are as accurate as the actual equipment. This means that the simulated device will have the same characteristics as the actual device.
Rapid Prototyping: The ability to build working models using an oil-immersed transformer has greatly reduced the time it takes to design products. This has led to faster design cycles and reduced costs. The use of oil-immersed Transformer For Medical Applications also allows engineers to test their designs in a safe and controlled environment.