Eric Manojlović’s Post

Elevating Orthopedic Implants with Bonepore®: 3D-Printed Porous Titanium Structure Introducing Bonepore®, our proprietary additive-manufactured porous titanium structure designed to elevate orthopedic outcomes through enhanced bone integration and accelerated healing. Why Bonepore®? ✅ Optimal Porosity: Pores size range, pores interconnectivity and friction engineered for ideal bone ingrowth and fixation. ✅ Proven Clinical Success: Validated by thousands of procedures with demonstrated improvements in patient recovery and long-term outcomes. ✅ Customizable Features: Available in various thicknesses and configurations to suit diverse surgical needs. Leverage our regulatory expertise and advanced additive manufacturing technology to deliver superior quality and precision. Discover how our coating solutions can enhance your next implant project: https://lnkd.in/ePnDcSyz #Bonepore #3DPrinting #OrthopedicSurgery #MedicalTechnology #TitaniumImplants #Innovation #Additivemanufacturing #Lincotek

💍 Is gold the best metal for a wedding ring that wants to pass the test of time? When it comes to longevity and durability, both wedding rings and orthopedic implants need to stand the test of time. Just as you would choose a wedding ring made of noble metals, Elos Medtech brings the same attention to our medical implants. Our SH-Ti surface-hardened Titanium boasts a 3-4 times increase in surface hardness compared to untreated Titanium, and up to 2 times harder than CoCr, providing exceptional wear resistance. to significantly enhancing wear resistance. This makes it an ideal, biocompatible choice for long-lasting orthopedic implants. Now, imagine your traditional gold ring replaced with our surface-hardened Titanium for superior hardness and wear resistance. Wouldn't you love a ring that remains as stunning as the day you said "I do"? 😆 Curious to learn more? Visit our brand new orthopedics page: https://lnkd.in/dkWkqNnf #Orthopedics #MedTech #Cobalt #Titanium #MedicalDevices #CoCr

Using metal plates and screws to fix bone fractures isn’t new. In fact, internal fixation for bone repair and healing has been around for more than 100 years. Fast forward to 2024. Metal plates for internal fixation of bone fractures are just one type of device Tegra Medical makes for spinal and orthopedic applications. We use the most advanced technology and materials to ensure precision and biocompatibility. In addition to plates, we also make intramedullary nails, orthopedic drill guides, bone screws and other devices for virtually any orthopedic application you can think of. Visit https://bit.ly/41RTkJ1 to learn more about our orthopedic device expertise, along with our other capabilities, including injection molding, high-volume manufacturing and unmatched device sharpness. #orthopedic #medicaldevice #plates #bonefracture

Experience the synergy of precision and durability with MGM Industries' utilization of 304 VM in medical implants. Delve into the realm of orthopedic pins and screws, where 304 VM excels, ensuring unparalleled reliability and longevity. Explore the transformative potential of surgical instruments crafted with 304 VM. Learn more at www.mgm-industries.com. #MedicalImplants #304VM #MGMIndustries #OrthopedicSurgery #PrecisionAndDurability #SurgicalInstruments #HealthcareInnovation #Reliability #Longevity #TransformativeTechnology

Total Spine Implant Range... #spineimplant #orthopedicimplant #trauma #spine

When coding errors occur in an orthopedic practice, the effects ripple out quickly, collections slow down, audits become more likely, and potential revenue can be lost. Accurate coding is about more than just numbers; it's about keeping the practice financially healthy and secure. Contact Us - annexmed.com | info@annexmed.com | +1-866-780-0669 #OrthopedicBilling #OrthoRCM #AnnexMedOrthopedic #AnnexMed #OrthopedicRevenueCycle #OrthoCare #OrthoEfficiency #OrthopedicPayments #OrthopedicPractice #AnnexMedRCM #OrthoBilling #OrthopedicSolutions #HealthcareBilling #RevenueCycleManagement #medicalbilling #medicalcoding

FINER® TOTAL HIP REPLACEMENT (UNCEMENTED) #sharmaorthopedicteam #OrthopedicSurgeon #totalhipreplacement #orthopedicsurgery #jointsurgery #orthopedicspecialist #arthroplasty #jointreplacement #orthopedicimplant #arthoplastyimplant #hipreplacement #hipimplant

The implant enhances the jawline, providing a sharper, more defined angle. It also improves facial symmetry by bringing the lower part of the face into balance with the upper part.   The lower jaw (mandible) is a common site for fractures due to accidents, trauma, or underlying disease.   Titanium, a medical-grade material that is well-tolerated by the body, is most commonly used for these implants.   #3dprinting #CustomImplants #SurgerySuccess #PatientSatisfaction #maxillofacialsurgery #prosthetics #Patient_Specific_Implants #PSI #geomagic #implants #orthosis #mandible #design #cad #3d #3dscanning #new #medical #biomedical #biomechanics #MedicalInnovation #Prosthetics #Healthcare #maxillofacial #maxillofacialsurgery #3dprinting #Titanium #partial_mandible_implant #ErfanMohiti

💪 Reconstruction of Acromioclavicular (AC) Joint Separation Using Double End Button Suture Technique Traumatic separation of the acromioclavicular (AC) joint is common, particularly among athletes. Complete rupture of the coracoclavicular ligament is typical in severe injuries (types 3 or greater). 🔍 Procedure Details: A double end button suture technique was utilized for the reconstruction of a complete AC joint separation. The device is placed through holes in the coracoid and clavicle, reproducing the course of the conoid portion of the coracoclavicular (CC) ligament. 🔧 Advantages: - **Strength & Stability:** The Endobutton material has demonstrated strength and stiffness exceeding that of the native anatomy, ensuring a stable reduction. - **Simplicity & Low Morbidity:** The procedure is straightforward, has low morbidity, and can be easily adapted to an arthroscopic technique. Proud to have performed this advanced technique, contributing to better outcomes for our patients. #Dr_Mostafa_Mahmoud #Orthopedic #Trauma

Advancing Orthopedic Solutions: The Fusion of Topological Design and Additive Manufacturing in Porous Metal Implants Orthopedic implants have undergone a revolutionary transformation with the introduction of topological design and additive manufacturing techniques. Particularly in bone scaffolds and orthopedic implants, porous metals are increasingly being utilized due to their biocompatibility and structural adaptability. Traditional implants often face challenges such as stress shielding and poor osseointegration. However, by employing topological design principles, engineers can tailor the internal structure of these implants to mimic the properties of natural bone, promoting better integration and long-term stability. Additive manufacturing plays a pivotal role in realizing these intricate designs. Techniques like selective laser melting (SLM) and electron beam melting (EBM) enable the precise fabrication of complex porous structures, allowing for customization based on patient-specific requirements. As the field of orthopedic implantology continues to evolve, the integration of topological design and additive manufacturing heralds a new era of personalized healthcare, where implants are not just inert devices but seamlessly integrate with the body, enhancing patient outcomes and quality of life. #Orthopedics #AdditiveManufacturing #BiomedicalEngineering #HealthcareInnovation #TopologicalDesign #BoneImplants Figure Sorce: https://lnkd.in/geERETX3