Invent Medical’s Post

Embracing digital transformation, we're thrilled to share positive news for patients! With the 3D printing technology, we're raising the bar for correction braces. 👩⚕️👨⚕️ In Greece, Ortholife Corporation Group is making a difference for users with kyphosis through the use of 3D-printed braces. CEO Eleftherios Samiotis generously sheds light on a specific case.🌐 Link to the article: https://lnkd.in/dn-tQx3a Take orthopedic corrective braces to an entirely new level with 3D print technology in the Embrace Corset solution: ✨ Comfort - Design with rigid or flexible zones for optimal correction and comfort. 🌟 Lightweight - Minimal material usage resulting in lightweight braces. 💰 Cost Effective - Create a simpler, faster, and more cost-efficient workflow. #3dprinting #additivemanufacturing #orthopedics #braces

📣Cervical Spine Cages📣 👂 Keen to hear from clinicians and industry representatives - thoughts on a couple of areas. 1️⃣ Endplate preparation and endplate contact, decision influence between domed or flat cage. Anatomy? What level? Patient selection? 2️⃣ Maximum lordotic angle for a cervical cage without posterior support? #cervicalspine #ACDF #australianmade #spineinnovation (Image for attention of a static, domed, cervical cage, with 3D printed titanium powered by PorOssity™ technology)

Another design today, 2 unit anterior Bridge on straumann angled RC abutment. Milled in HT multilayer zirconia. #exocad #3shape #zirconia #zirconiabridge #zirconiacrown #dentalimplants #cad #caddesign #cadcam #cadcamdentistry #straumann

Revolutionizing pressure distribution! 🔄🌐 Programmable Foam® features 3D printed structures, including gyroid and diamond minimal surfaces, crafted through our Create it REAL CAM software—Realvision Embrace. These structures boast isotropic properties, leading to superior pressure distribution compared to other 3D designs. 🚀✨ The unique 3D structures translate into distinctive pressure distribution. This implies fewer pressure points than traditional seating materials, as the seat doesn't compress heavily on a single point; instead, the pressure is evenly distributed. 🪑💡 Beyond seating comfort, this pressure distribution allows effective shock absorption. 🛋️🌟 We want to credit Shapemakers for the cushion design #3dprinting #additivemanufacturing #programmablefoam #orthopedics

We are thrilled to share the success story of our recent case study showcasing the transformative impact of #3Dprintedjigs in the treatment of progressive dorsolumber #scoliosis. #casestudy highlights: • 𝐏𝐚𝐭𝐢𝐞𝐧𝐭 𝐏𝐫𝐨𝐟𝐢𝐥𝐞: A 9-year-old child diagnosed with progressive dorsolumber scoliosis • 𝐂𝐡𝐚𝐥𝐥𝐞𝐧𝐠𝐞𝐬: Severe spinal curvature and limited efficacy of traditional treatment methods • 𝐒𝐨𝐥𝐮𝐭𝐢𝐨𝐧: Customized 3D printed jigs designed by CureWith3D for precise surgical guidance.  • 𝐎𝐮𝐭𝐜𝐨𝐦𝐞: Precise correction of spinal deformity, improved surgical efficiency and enhanced patients’ outcome. If you would like to partner with us, comment below “Interested” and we will reach out to you! To know more about CureWith3D, call us at +𝟗𝟏 𝟗𝟐𝟎 𝟓𝟓𝟓 𝟗𝟖𝟎𝟒 | write to us at reachus@anvka.com #HealthTechInnovation #MedicalInnovations #3DPrintingRevolution #HealthcareTechnology #SurgicalAdvancements #CureWith3D #MedicalBreakthroughs #spinalhealth #spinalsurgery #PatientCare #FutureOfHealthcare

3D printed foot orthosis 🦶 TPU A95 What do you think? #3Dprinting #3Dscanning #additivemanufacturing #foot #insoles #orthosis #3Ddesign

Scientists create #3Dprinted #eyes that look & feel like the real thing A study has revealed a faster & less labor-intensive method for crafting #prosthetic eyes, a significant advance from traditional techniques stagnant for decades. https://rb.gy/qq6ziz via The Brighter Side of News These new 3D-printed prosthetics are meticulously modeled to fit snugly into the user’s eye socket, closely resembling the appearance of a natural eye, thanks to innovative scanning technology. Globally, ~8 million individuals depend on #ProstheticEyes. While these prosthetics don't restore vision like limb prosthetics do, they offer crucial psychological comfort. “Eye loss is so difficult for everyone, no matter if they lose their eye to trauma, from a disease… or if it’s something that’s more immediate,” says Lindsay Pronk, an ocularist with the UNIVERSITY OF IOWA HOSPITALS &CLINCS. The demand for ocular prosthetics is longstanding, with roots dating back to ancient times. The oldest known #ArtificialEye, discovered in Iran, dates to between 3000 and 2900 BCE. The expensive & cumbersome traditional process of crafting a #ProstheticEye begins w/ taking a mold of the eye area, using a mixture of silicone & alginate. Alginate, recognizable by its pink or blue color, is commonly used in dentistry and is particularly suitable for eye molds. However, the process of applying the alginate can be uncomfortable for the patient & may require multiple attempts to achieve the desired mold. This traditional method often requires >8 hours of manual work & results in prosthetics of inconsistent quality. Now, Johann Reinhard & his team at the Fraunhofer Institute for Computer Graphics Research (Fraunhofer IGD) in Germany have revolutionized the process with a digital approach. They utilized an optical coherence tomography (OCT) device to scan the eye sockets & healthy eyes of ten patients, automatically shaping the prosthesis to fit perfectly. Remarkably, their method uses color images to create textured 3D models, which are then 3D-printed in full color using a multi-material printer. The print time for a single prosthesis is only ~90 minutes, and a batch of 100 prosthetics can be printed in 10 hours on an assembly line. The resulting prosthetic eyes closely mimic the color, size & structure of natural eyes, requiring only minimal adjustments. Also, the prosthetic is #biocompatible. This digital fabrication method has the potential to make prosthetic eyes more accessible, including to patients previously considered ineligible, such as children.

The manufacturing of ocular prostheses has been largely unchanged for decades and our client Ocupeye is set to change this. Ocupeye want to help everyone affected by losing an eye, to live as normal a life as possible by providing a perfect artificial eye. Now that #3Dprinting offers new ways of manufacturing, Ocupeye is changing the production of prosthetic eyes for patients and ocularists. Intrigued? Head over to their website and sign up to follow their progress 👇 www.ocupeye.com 👁 #prostheticeye #prostheticeyes #prosthetics #3Dprint #3DprintedProstheticEye #Ocupeye #productdevelopment #productlaunch

Blossom into Fusion ZINNIA 3D Interbody Fusion Devices Trabecular Bone Inspired Design Rough macro-structure provides higher stable position onto interbody. Biomimetic porous scaffold and 75% porosity provides maximized surface for better osseointegration. Ideal pore size of 100~900μm which is similar to human trabecular bone facilitates bone formation, implant stability and fusion. Through a unique surface finishing process which provides optimal success for ossointegration. specifically textured surfaces on ZINNIA 3D Printed implants can increase bone-to-implant contact and facilitate new tissue growth around the implant. #OSTEONIC #SPINE #ZINNIA3D #fusion #3D #Cage #lumbar #cervical

TRITON®, ChoiceSpine LLC's Sacroiliac Joint Fixation System, is intended for sacroiliac joint fusion for conditions including degenerative sacroiliitis and sacroiliac joint disruption. Structured with BioBond®, a ChoiceSpine proprietary technology, Triton is a 3D-printed titanium cannulated screw with open and porous graft windows. TRITON offers various lengths and diameters to accommodate different patient anatomies.   ■ Simple and easy-to-use instrumentation designed to reduce surgical steps in the operating room ■ Three bone-gathering channels ■ Open and Porous graft windows, including our proprietary BioBond® technology ■ Sterilized 3D Printed Sacroiliac Joint Fixation Screws ■ Cannulated to allow for in-situ graft delivery and promote bone growth through the screw   Learn more at https://lnkd.in/gYHS9ns8   #SIJointFixation #Triton #ChoiceSpine #BioBond #newspinalimplanttechnology #degenerativesacroiliitis #sacroiliacjointdisruption