Bioresorbable materials are typically used to produce a body or device for medical purposes. As such, the material is usually designed to degrade or be removed from the body over time.
If a bioresorbable material is not designed properly, it could cause serious issues including a poor manufacturing process that could lead to complications and pain in the patient. For this reason, it is important for professionals administering bioresorbable products to get the best polymer possible for their products. You can even navigate through https://www.tescoassociates.com/services/material-selection/ for effective bioresorbable material selection.
What is Resorbable Material Selection?
Polymers are the most common type of bioresorbable material. They are made up of repeating units called monomers. These monomers can be combined together to create a polymer chain. Polymer chains can have a number of different configurations, including linear or branched structures.
When polymers are placed in a particular environment, they can absorb certain types of molecules. This ability to absorb various molecules is what defines a polymer’s bioresorbability. There are many factors to consider when selecting a polymer for bioresorbability, including the polymer’s molecular weight, configuration, and degree of crosslinking.
There are three main types of polymers that are commonly used for bioresorbability: non-metallic polymers, metallic polymers, and elastomeric polymers. Non-metallic polymers include polysaccharides and cellulose derivatives. Metallic polymers include metals like titanium and stainless steel. Elastomeric polymers include natural and synthetic rubberlike materials.