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The aging global population is driving the demand for implantable medical devices
.
Human implantable devices are increasingly used in orthopaedics, cardiovascular and dentistry
.
The traditional material for making implants is metal, but in many other fields - such as medical equipment and tools, and even aircraft and automobiles, the replacement of metal with high-performance plastics has many advantages: strength, durability, flexibility, and biological properties.
capacity
, etc.
"PEEK is considered one of the most recognized materials for structural applications, including orthopedics, where strength, durability and biocompatibility are key
.
What makes implantable polymers so effective?
What makes implantable polymers so effective?First and foremost, Zeniva® PEEK is a biocompatible material that has properties similar to human bone, such as having a hardness (called "modulus" in technical terms) that is similar to that of human bone compared to hard metals
.
In addition, its radiolucent properties (ie transparent to X-rays) facilitate the analysis of results from X-ray and CT scans
.
Finally, Zeniva® PEEK reduces possible adverse effects of metal implants, such as allergies (particularly heavy metal allergy) and ionic attack (potentially harmful metal particles released by the implant)
.
The main application of Zeniva® PEEK is spinal fusion cages (pictured above).
Cylindrical prostheses such as these help restore the correct positioning of the spine, which is a major reason for spinal surgery
.
Screws used to fix joints after trauma are another important application, and artificial knees (pictured below) are a big future goal: "There are thousands of knee surgeries every year," says Jeff
.
PEEK Applications - From Automotive to Knee
PEEK Applications - From Automotive to KneeSolvay entered this market about ten years ago
.
At that time, PEEK was already widely used in many other fields, such as automobiles, aircraft parts and 3D printing
.
It has also dabbled in the medical field, but it has been a long process to expand its application to implantable medical devices
.
"Entering the implant market is never easy," Jeff said
.
"We need to do biocompatibility testing and make sure the material meets regulatory requirements so we can provide all the information to the manufacturer to speed up the certification process
.
"
But in the end, the facts speak louder than words: PEEK is considered one of the most recognized materials for structural applications, including orthopedics, where strength, durability and biocompatibility are all critical
.
This is yet another example of the benefits of polymers in a range of medical applications, such as haemodialysis membranes and drug-protective blister wraps made from them
.
In order to make Zeniva® PEEK more suitable for medical implants, we are working to improve its fusion with the bone structure
.
"By partnering with a number of small companies focused on technologies that facilitate bone fusion, we're trying to help bone grow better on implants," explains Jeff
.
“To further serve humanity, it is critical to stay at the forefront of innovation
.
”