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According to American Pet Product Association (APPA), the current pet-related product industry is worth more than 100 billion dollars, where one-third is veterinary-related products based on 2021 data, with an accelerated 20% growth from 2020 to 2021 due to the pandemic. In fact, veterinary care is the number one out-of-pocket cost for pet owners in 2021-2022, similar to previous years. There has been a steady growth in this remarkable industry. Some additional interesting veterinary-related data can be found here. According to AVMA, Vets experienced a 50% increase in new pets per week Mar-Aug. 2020. Therefore, it is clear that we care a lot about our animal companions and veterinary medicine will continue to grow due to society’s needs, and the big question is if 3D printing technology can have a market in this niche but promising space. There are two parts to this question. One is IF 3D printing can provide a technological solution to veterinary medicine. TWO is IF 3D printing in veterinary medicine can be a viable business, and perhaps even a thriving business.

The purpose of this guide is to summarize what we have learned from our field experts in the past several years of conversations and events, as well as our own literature research. We plan to continue to update this guide to keep our readers up to date.

https://bit.ly/3Q919Tz

From hope to breakthrough 💡🦴 Monica Wellejus of , shares how seeing 3D printed bone for the first time made her realize “this is not science fiction anymore” — and how growing up with a limb difference drives her to build better options for patients every day.

In our new 3DHEALS interview, she talks about:

Moving from social healthcare into bone 3D printing

Turning bio‑integrative materials into real clinical solutions

The hardest parts of healthtech innovation (beyond the science)

Her best advice for students and young professionals entering this space

Read the full story on 3DHEALS 🔗
Blog: https://bit.ly/4cKQGM5

Want more? Join our upcoming bioprinting + bone regeneration event and hear directly from global innovators.

Event link in bio 🔗
https://bit.ly/48eXgrq

New on : Interview with Dr. Neeti Srivastava on absorbable polymers and how they’re reshaping implants, drug delivery, and healing.
Read here 👉

Interview with Dr. Neeti Srivastava: Absorbable Polymers Discover the journey of Neeti Srivastava, Ph.D., and her crucial role in advancing absorbable polymer technologies at Bezwada Biomedical.

3D Printing Low-Cost Prosthetic and Orthotic Devices https://bit.ly/2SobYZF

From lab bench to patient bedside 🧬🛏️
Join global experts to explore how moves from discovery to real clinical impact.
Register now 👉 https://bit.ly/48eXgrq

Revolution: The Power of Progressive Cavity Technology. https://bit.ly/45FsfZL

Bioprinting nature into healing 🧬🌿

In our new 3DHEALS feature, Joanna Xylas, PhD, shares how she’s turning natural biomaterials into bioprinted implants designed to help the body heal itself.

Inside the story:

Why natural biomaterials matter for integration and regeneration

How she moved from lab research to building a company

What it’s really like to take bioprinting from bench to clinic

Her advice for future founders in medtech + biotech

Read the full interview on 3DHEALS 🔗
Blog: https://bit.ly/4eVh0Ez

And don’t miss our virtual event “Bench to Bedside: Bioprinting Innovations” where Joanna and other experts dive deeper into taking bioprinting to patients:
Event: https://bit.ly/48eXgrq

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Joanna Xylas, PhD: Bioprinting Natural Biomaterials Into Implants That Heal — A Founder's Journey from Lab to Clinic Joanna Xylas, PhD: Bioprinting Natural Biomaterials Into Implants That Heal — A Founder's Journey from Lab to Clinic