Smart BioMaterials Consortium (SBMC)’s Post

Osteopore (OSX.AX)'s regenerative medicine journey is showcased in the latest RSM Australia industry report 'The future of MedTech in Australia'. The report provides valuable insights into the continually evolving medical technology landscape.   Australia is poised to be a leader in the rapidly growing MedTech sector. In the report, our CEO, Dr Jing Lim, highlights our pivotal role in regenerative medicine – creating biomimetic and bioresorbable polymer implants for neurosurgical, orthopaedic, and maxillofacial surgery across 25 countries.   Leveraging 3D printing technology, we've now created more than 100,000 global implants, demonstrating our commitment to meaningful patient outcomes despite the global challenges facing the MedTech sector. Dr Lim emphasises our dedication to overcoming the hurdles to market adoption via proactive education and engagement with healthcare professionals.   Join Osteopore on our journey as we continue to push the boundaries of regenerative medicine and positively impact patient care! For a closer look at RSM's case study on Osteopore, please check out the link below. https://osteopore.com/news   #osteopore #osx #rsmaustralia #medtech #regenerativemedicine #healthcare #innovation

#repost @axolotlbiosciences Congrats to our bioprinting technician, @dmitrikaraman, on his paper titled “Utilizing Additive Manufacturing to Produce Organ Mimics and Imaging Phantoms” which was recently published in the Surgeries journal and is available online now! Link in our bio to read the full paper. #yyj #bctech #engineering #3dprinting #bioprinting #stem #bioengineering #journalpaper #mdpi #surgeriesmdpi #uvic #victoriabc

#repost @axolotlbiosciences Congrats to our bioprinting technician, @dmitrikaraman, on his paper titled “Utilizing Additive Manufacturing to Produce Organ Mimics and Imaging Phantoms” which was recently published in the Surgeries journal and is available online now! Link in our bio to read the full paper. #yyj #bctech #engineering #3dprinting #bioprinting #stem #bioengineering #journalpaper #mdpi #surgeriesmdpi #uvic #victoriabc

From 3D scanning to Additive Manufacturing - how to digitise your manufacturing in Orthotics to optimise to a patient's individual needs, reduce manufacturing costs and improve fit and function. Join our webinar with our partners Formlabs and Measurement Solutions Limited 👉 https://lnkd.in/exfTwTsT 🗓 27 September at 10:30am (BST) #orthotics #orthopedicsurgery #orthoticsandprosthetics

TECHNOLOGY TUESDAY - WHAT AN AMAZING OPTION FOR MAXIOFACIAL SURGEONS TO REBUILD FACES DAMAGED THROUGH TRAUMA OR CANCER TREATMENT - SCAN YOUR BONE STRUCTURE FOR THE FUTURE - 3D printed regenerative bone graft used in first two surgical cases

🚀 “Innovations in Urology: 3D Printing Revolutionizes Ureteroscopies!” 🚀 I had the privilege of contributing to the article titled “Improved Ureteroscopies Care Through the Use of 3D Printing Techniques”. 🌟 🔍 In this groundbreaking study, we explored how 3D printing technology is reshaping the landscape of ureteroscopy procedures. By leveraging precise patient-specific models, we’re enhancing surgical planning, reducing complications, and ultimately improving patient outcomes. 🏥💡 🔬 Imagine a world where surgeons can practice intricate maneuvers on 3D-printed replicas before stepping into the operating room. 🤖🔍 The fusion of medicine and technology is empowering us to provide safer, more effective care. 🌐 If you’re curious about the future of urological interventions, dive into the full article . Let’s continue pushing the boundaries of medical innovation together! 🌟👩⚕️👨⚕️ https://lnkd.in/ej-Q5iMM #Urology #3DPrinting #HealthcareInnovation #MedicalAdvancements

3D printed bone technology represents a groundbreaking leap in medical innovation, enabling the precise customization and fabrication of anatomically accurate bone structures. This transformative technology promises to revolutionize orthopedic surgeries by providing tailored implants that seamlessly integrate with a patient's unique anatomy, accelerating healing processes and improving overall outcomes. With the potential to address complex bone defects and injuries, 3D printed bones signify a paradigm shift in healthcare, ushering in a new era of personalized and effective treatments. Click here to access Future Disruptor's 3D printed bones discourse: https://lnkd.in/gKDD8xGZ This discourse covers 3D printed bone technology's: - Practical Applications - Importance for Our Future - How Does It Work? - Evolve in the Future - Help Organizations/Enterprises - Driving Adoption - Operational Challenges - Success Stories - Types - Advantages - Disadvantages - Ethical Concerns - Governance and Regulation - History - Tools and Services - How to Get Started? - Best Practices - Related Terms - Research Papers, Articles, Books, Courses, and Documentary #3dprintedbones #additivemanufacturing #syntheticbone #bioengineering #prosthetics #medical #3dprinting #3dmodeling #orthopedic #futuretechnology #emergingtechnology

IRC Scholar James A. Smith and I are pleased to announce the publication of a hybrid manufacturing study that combines 3d printed porous #PEEK and direct molded #UHMWPE into structural components! In collaboration with Orthoplastics Ltd, this pilot begins to pave the way for #PAEK backed #UHMWPE as potential alternatives for historical metal backing in #orthopedic and #spinal #arthroplasty devices. #PEEK #additivemanufacturing! #polyethylene #medicaldevices #polymercomposites #totalhipreplacement #totalkneereplacement #totaldiscreplacement #spinesurgery Drexel University School of Biomedical Engineering, Science and Health Systems Read the study here:

According to the Centers for Disease Control and Prevention, damaged joint cartilage is a leading cause of disability in #aging adults, leading to accelerated loss of function and the potential development of osteoarthritis (OA). To address this issue, CytexOrtho, a preclinical medical device company working to advance orthopedic treatment options for people with OA, developed a patented tissue implant using 3D printing technology that restores and preserves joints instead of replacing them. In January 2023, CytexOrtho received Breakthrough Device Designation from the FDA for its novel hip cartilage repair technology.  Learn more about #NIAFunded CytexOrtho and its innovative work in the development of cartilage restoration implants: bit.ly/3OFPw91 #SmallBizShowcase