Poly-Med, Inc

Resorbable scaffolds continue to push the boundaries in regenerative medicine applications. Learn more about Poly-Med's expertise in resorbable scaffold development for your next generation device! ow.ly/JVrL50JPNfE #Resorbable #Scaffold

Poly-Med is taking its additive manufacturing material platforms to "THE NEXT LEVEL"! Meet with our engineers and scientists at Rapid+TCT in Detroit May 17 - 19 at Booth #1937! ow.ly/KvIz50IXXcP #3DPrinting #MedicalDevice #Resorbable

The Poly-Med team is at the SFB 2022 Annual Meeting in Baltimore! If you would like to meet up and discuss how to translate your research into a medical device email us at [email protected]! #Resorbable #SFB2022 #MedicalDevice

The Poly-Med team will be attending SFB next week in Baltimore! To learn how to translate your research into a medical device, schedule a meeting with our Technology and Engineering teams. [email protected]  #SFB2022 #Scaffold #Resorbable

The Poly-Med team will be exhibiting next month at MDM West in Anaheim! Come visit us in person at Booth #2499, and learn how to make your next device resorbable! #MDMWest #MedicalDevice #Resorbable

Still in search of the optimal biomaterial? Tap into Poly-Med's resorbable polymer portfolio to translate your research into the next 3D printed medical device! ow.ly/o4C750IbwZ9

Interested in 3D printing a bioresorbable scaffold or device on the micro-scale? Contact Poly-Med today to learn about our resorbable Photoset resins! ow.ly/4JEB50I8aip

Partner with Poly-Med to create your next resorbable scaffold using our biomedical textile expertise! Whether you are looking for a custom fiber or complete textile solution, our team can accelerate your go-to-market timeline for your next device! ow.ly/cej250I14H1

This Veterans Day, we honor and remember the service and sacrifice of our veterans. Thank you for your service to our country!

We are less than a week out from Compamed 2021! Come visit Poly-Med at the U.S. Pavilion in Hall 14 F23! If you would like to meet with us at the show, request a meeting at [email protected] #medicaldevices #medicaldevicemanufacturing #Compamed2021

In less than a month, Poly-Med will be exhibiting at Compamed 2021 in Dusseldorf, Germany. Come visit us in person at the U.S. Pavilion to learn how to make your next device resorbable! #Resorbable #Compamed #MEDDEVICE

Next week, Poly-Med will be exhibiting at MD&M West in Anaheim, CA. Come visit us in person at Booth #2499 to learn how to make your next device resorbable! #Resorbable #MDMWest #MEDDEVICE

Poly-Med designs scaffolds that support and stimulate tissue regeneration by providing a template similar to native tissue properties. Learn more about our electrospun scaffold technologies by meeting with us at MDM West! ow.ly/OfrX50FEoEG #Scaffold #MDMWest

Create your next scaffold using biomedical, implantable textiles. Connect with our team at MDM West August 10th - 12th to learn more! ow.ly/DSMd50FzK9w

The Poly-Med team will be at MD&M West 2021 in Anaheim, California from August 10th – 12th. Visit us at Booth #2499 to learn how to make your next medical device, resorbable! #MedicalDevice #Resorbable

This Memorial Day, we remember the men and women who have given their lives in service to our country. #MemorialDay

Be sure to tune into this year's virtual Society for Biomaterials Conference! Poly-Med scientists are presenting on a variety of topics including medical-grade 3D printing and polymer modifiers for tissue scaffold use. ow.ly/Zmqz50EugxU #VirtualSFB #3DPrinting

Resorbable scaffolds continue to push the boundaries in the next generation of medical implants. Learn how you can use biomedical textiles for your next scaffold: ow.ly/vD5v50E5ikD

3D printing continues to drive innovation in medical device development! To learn how to translate your idea into the next resorbable device, connect with Poly-Med's 3D printing team: ow.ly/K1zg50E5i8x

Combining absorbable polymer science and electrospinning technologies, Poly-Med engineers create custom nonwoven components that offer functional benefits to implantable devices at a cellular level. Learn more here: ow.ly/rX8h50E5hHI