PEEK 3D printing is a fantastic method for creating individualized medical items, such as implants for patients who require replacements or greater functionality. One example of this is the creation of prosthetics. PEEK is one of the numerous materials that are required for the production of these implants; nevertheless, for them to perform as intended, a wide variety of materials must be used. In the following paragraphs, you will learn about the many uses of PEEK, including how it might aid your 3D printing endeavors.

 

What exactly is a PEEK?

 

Because of its biocompatibility, low coefficient of friction, and low moisture absorption, PEEK is an excellent printing material for implanted devices. PEEK does not require any special handling or treatment and may be easily handled using regular production procedures. In addition, it can be used in a wide variety of applications.

 

Why is it a desirable material for use in implantable medical devices and three-dimensional printing?

 

Because it is biocompatible, lightweight, and has a minimal thermal expansion, PEEK is an excellent material for 3D printing and implantable medical devices. It is also possible to process it using regular printing methods, which makes it an alternative that is both cost-effective and suitable for the creation of devices. In addition, PEEK costs less than many of the other materials that are utilized in the production of medical devices, making it an attractive alternative for businesses that are in the industry.

 

How can you use this product in your routine?

 

Because of its biocompatibility, flexibility, and strength, PEEK makes an excellent printing material for implanted devices. In addition, the FDA has given its blessing for its application in medical equipment. PEEK is frequently utilized in the production of individualized spinal cord stimulators, implants, and prostheses. It is conceivable to print it using a variety of techniques, one of which is 3D printing.

 

Conclusion

 

PEEK is an excellent material for 3D printing implantable devices because it is biocompatible and has a low level of toxicity. In addition, due to the material’s mechanical qualities, it is an excellent option for products that need to be able to sustain heavy loads or continuous bending. Visit the official website of Junsun Medical for any additional details you may require.