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How Particle Size Analyzers Are Used in Healthcare

particle analyzer

All sorts of new equipment is coming into the world of healthcare and shaking up how it is done. There is no doubt that the surface is only just being scratched, and we are more than likely to see a whole host of different equipment coming our way and really continuing to change how we see the human body and the ways in which we can treat it adequately. One of the pieces of tech that is changing things is a particle size analyzer, which is equipment that will be looked at closer in the following blog post to give you more insights into exactly what it is and how it could start to change the field of healthcare in the very near future. So, let's go into some more detail on this particular subject right here and now.

What is a particle size analyzer?

Before we really go any further, it is going to be important to actually answer the question of what a particle size analyzer actually is. Well, it is equipment that is specially designed in quality control that also determines how efficiently a manufacturing process is occurring. They will report that particles are located inside a particular material, which is done by quickly analyzing the volume or surface area.

What are the types of particle size analysis?

Particle size analysis has been championed, and companies such as Malvern Panalytical have been right at the forefront of the rapid development that has occurred. There are four main types of particle size analysis techniques that are commonly used are Laser Diffraction, Dynamic Light Scattering, Image Particle Analysis, and Acoustic Spectroscopy. Each one of them has its own set of specific areas which are covered. For example, the latter one is specifically designed for fluids.

How is it used in healthcare?

Now, we come onto the question of how this process is used in healthcare. Well, there is no doubt that it features in a big way in the world of pharmaceuticals as particle size has a big impact on areas such as porosity and surface area. As a direct result of these facts, other issues such as the bioavailability, effectiveness, and shelf life of a drug are all going to be impacted as a direct result of this. The size of the particles is critical in certain medicines, such as powdered inhalers. The tableting and granulation processes are also directly impacted by the size of the particles in a particular material.

As you can see from the information, particle size analysis can play a significant role in the healthcare industry “ particularly in direct relation to the field of pharmacy. Without having a piece of equipment such as this one, tasks would have been much more complicated, and the trial and error process would have had to have been dragged out for a significant amount of time longer than it currently is, and further changes are set to come in the near future.