Bowman 3D Division’s Post

Orthopedic care is undergoing remarkable advancements, revolutionizing the field and enhancing patient outcomes. Minimally Invasive Surgery (MIS) employs tiny cameras and specialized tools, allowing surgeons to make smaller incisions, leading to faster recovery times and reduced pain for patients. Robotic-Assisted Surgery offers enhanced precision and control, potentially improving surgical outcomes. 3D Printing technology enables the creation of custom implants and prosthetics perfectly tailored to individual patients' anatomy, optimizing functionality and comfort. Additionally, Biologics & Regenerative Medicine utilize materials that stimulate natural bone and tissue growth, promoting faster and more effective healing. These exciting advancements are transforming orthopedic care, making it more precise, less invasive, and ultimately enhancing the overall patient experience. With these innovations, the future of orthopedics holds promise for improved treatments and better outcomes for patients worldwide. #OrthopedicAdvancements #MedicalInnovations #MinimallyInvasiveSurgery #RoboticSurgery #3DPrinting #Biologics #RegenerativeMedicine #OrthopedicCare #PatientOutcomes #MedicalTechnology #PrecisionMedicine #InnovativeTherapies #HealthcareRevolution #EnhancedHealing #MedicalProgress

📢 A new Special Issue "Diagnostic Tools and Therapeutic Strategies for Hip Diseases" is now open for submissions! 🥼 This Special Issue is guest edited by Prof. Dr. Antonio Capone and Dr. Giuseppe Marongiu. 💡 In this Special Issue, we aim to solicit manuscripts that highlight the recent developments and advances in diagnostic imaging for primary and revision reconstructive surgery, 3D modeling and printing applications for total hip arthroplasty, and finite element analysis simulation of THA failure patterns. 🔗 Click the link to access more details about the Special Issue: https://lnkd.in/gDzPTnXp 🕑 Deadline for manuscript submissions is 28 February 2025. 🎉 Welcome to join us as authors and reviewers! 👏 And welcome to follow our LinkedIn account: https://lnkd.in/grPNkBrg. #hip #coxarthrosis #arthritis #joint_inflammatory #total_hip_arthroplasty #hip_revision #surgery #3D_printing #3D_modeling #diagnostic #imaging #tribology #finite_element_analysis

#personalization is one of the evolving frontiers of #totalkneereplacement in an attempt to raise the bar on the "Forgotten Knee." We now offer a personalized care pathway through navigation. Many are a moving toward patient-specific implant alignment and our friends here who have embraced KA and other alignment techniques have reported significant enthusiasm based on their results. Stefano Bini and others have brought us the Personalized Arthroplasty Society which seeks to broaden our understanding and challenge the dogma of conventional TKA. Now restor3d will provide the next-generation, patient-specific implants to with improvements in additive manufacturing techniques and a progressive understanding variation in femoral and tibial anatomy and surface geometry. Stay tuned to the future where many of these ideas coaslesce into a truly personalized knee replacement journey. #jointreplacement #orthopedicsurgery

Independent research on 3D printed casts conducted by St. Luke's University Health Network was recently presented at the 79th annual meeting of the American Society for Surgery of the Hand (ASSH). This important study highlights the advancements in 3D printed cast technology, demonstrating their effectiveness in patient care. St. Luke's, an ActivArmor provider, is at the forefront of introducing this innovative casting solution, with the research emphasizing its benefits for both surgeons and patients alike. "On-Site 3D-Printed Casts Improve Function and Satisfaction in Stable Pediatric Distal Third Forearm Fractures." The study concluded: • ActivArmor 3D printed casts outperformed traditional casts in durability, ability to shower or swim, playing sports, and participation in planned family vacations. • ActivArmor 3D printed casts offer a new and safe alternative to traditional casts in presumably stable pediatric distal radius or distal third forearm fractures and are associated with improved function and satisfaction by children and parents during periods of immobilization. Read more about the study here: https://lnkd.in/g_naeJAJ #ActivArmor #3DPrintedCast #3DPrinting #MedTech #Orthopedics #WaterproofCast #MedicalInnovation #StLukesProud #MedicalResearch

Oral and maxillofacial surgery has witnessed remarkable advancements, significantly enhancing the quality of reconstructive procedures. As highlighted in a comprehensive study by Balasundaram et al., these developments encompass a range of innovative techniques and materials that have revolutionized patient care. From using cutting-edge biomaterials and tissue engineering to integrating 3D printing and virtual surgical planning, these advancements enable more precise, functional, and aesthetic outcomes in reconstructive surgery. Incorporating microvascular techniques has also greatly improved the success rates of complex reconstructions, ensuring better healing and integration of grafts and implants. At the Oral Cancer Institute, we're at the forefront of applying these groundbreaking techniques in reconstructive surgeries. Our commitment to adopting the latest advancements means that patients undergoing oral and maxillofacial reconstruction can expect restored functionality and enhanced cosmetic results. Our expertise in these state-of-the-art methods ensures that each patient receives personalized, top-tier care tailored to their needs. To find out more, visit our website: https://lnkd.in/dNz-rzww #OralSurgeryAdvances #MaxillofacialReconstruction #InnovativeCare #OCITreatment #3DPrintingSurgery #MicrovascularTechniques #PatientCenteredCare #SurgicalExcellence #HealthTech #ReconstructiveInnovation

We are proud to celebrate Dr. Vincent VILLA's milestone achievement of more than 150 hip arthroplasties by leveraging Medacta's patient-matched technology for MIS Posterior approach.   "The 3D preoperative planning and the 3D printed patient-matched guides allow surgeons to enhance precision in implant selection and positioning, addressing a major challenge in total hip replacement. Additionally, I found the platform very intuitive and reliable, supporting decision-making in the OR.", says Dr. Villa.   Our 3D Printed Patient-Specific Guides for hip replacement enable the surgeon with an accurate and reproducible intraoperative delivery tool based on preoperative planning performed closely with our MySolutions Personalized Ecosystem engineering team and designed on the specific patient’s anatomy. The production of these guides through a completely in-house process starts just after the surgeon planning's check and approval. The process takes only three weeks! If you are a healthcare professional and would like to discover more, visit https://lnkd.in/eT6T63eZ MySolutions Personalized Ecosystem is a network of advanced digital solutions designed to improve patient outcomes and healthcare efficiency. #innovation #technology #hipsurgery #orthopedic

📺 Tune in to go behind the scenes with our Neurology and Orthopaedic teams! In this episode, we follow a multi-disciplinary, complex procedure as we combine modern 3D printing with precision surgical techniques to give this patient an improved quality of life with our Neurology and Orthopaedic specialists. #Davies #ProudlyDavies #ProudlyLinnaeus

Personalized Precision for Knee Replacements? Exciting news for total knee replacement patients! Exactech unveils new balancing technology using ExactechGPS , offering surgeons real-time visuals for a customized approach. Precise Implant Placement: Surgeons can see a patient's joint in motion, ensuring optimal implant positioning. Improved Outcomes: Personalized surgery aims to enhance results and longevity of the implant. Advanced Materials: Exactech implants utilize 3D printing and vitamin E-infused polyethylene for cutting-edge performance. This technology is a game-changer for younger, active patients seeking a tailored solution. Stay tuned for more advancements in knee replacement! Learn more by @med-technews here: https://postly.click/HV6/ Source: med-technews PT Medical Technologies, INC - One Source for All Medical Equipment, Buy, Sell, and Trade with us. #KneeReplacement #Exactech #Technology #PersonalizedMedicine #PTMedicalTechnologies

Personalized Precision for Knee Replacements? Exciting news for total knee replacement patients! Exactech unveils new balancing technology using ExactechGPS , offering surgeons real-time visuals for a customized approach. Precise Implant Placement: Surgeons can see a patient's joint in motion, ensuring optimal implant positioning. Improved Outcomes: Personalized surgery aims to enhance results and longevity of the implant. Advanced Materials: Exactech implants utilize 3D printing and vitamin E-infused polyethylene for cutting-edge performance. This technology is a game-changer for younger, active patients seeking a tailored solution. Stay tuned for more advancements in knee replacement! Learn more by @med-technews here: https://postly.click/HV6/ Source: med-technews PT Medical Technologies, INC - One Source for All Medical Equipment, Buy, Sell, and Trade with us. #KneeReplacement #Exactech #Technology #PersonalizedMedicine #PTMedicalTechnologies

Discover the future of surgical planning at David Aten's session at AMI 2024. Learn how 3D printed models transform pelvic tumor resection by providing surgeons with detailed, tactile representations of patient anatomy. Understand the benefits of these models in pre-surgical planning, reducing operative time, and improving outcomes. Dive into real-world case studies and gain insights into the integration of 3D design and printing in orthopedic oncology. #AMI2024 #OrthopedicOncology #3DPrinting