Additive Surgical’s Post

Exciting News! The Lumohs Lighted Scalpel Handles are back in stock after flying off the shelves due to high demand! These must-have dissection tools are essential for anatomy and forensic pathology professionals. The Lumohs Scalpel Handle provides precise, shadowless illumination just millimeters from your specimen, ensuring clear visibility during dissections and autopsies. This reusable, autoclavable device is perfect for areas where overhead lighting falls short. Why choose Lumohs? Versatile Compatibility: Works with any blade size or brand, and is available in sizes No. 3, No. 4, and No. 8. Reusable and Durable: Autoclavable like any standard instrument, ensuring long-lasting use. Ergonomic Design: The wide round grip minimizes hand strain and fatigue, facilitating easy rotation while cutting. Precision Lighting: Delivers unobstructed illumination in areas such as the perineum, genitalia, ears, and scalp. Enhanced Visibility: Improves visualization when working near nerves and vessels in anatomically sensitive areas. Reduced Physical Strain: Alleviates neck, back, and wrist fatigue by providing optimal lighting and reducing the need for awkward positioning. Elevate your precision and comfort with the Lumohs Lighted Scalpel Handle—now available in all sizes! Learn more at mortechmfg.com/lumohs #forensicpathology #anatomy #mortechmanufacturing #lumohs

🤩 Introducting another biomimetic lattice structure that Additive Surgical have meticulously mastered. 🧪 Our R&D team had a brief for this lattice which included some of the following objectives. 💡Very high surface area per cm3 💡Micro porosity of 20-30 µm 💡Macro porosity of 250 - 400 µm 💡Elasticity Modulus below 1 GPa 💡Highly reproducible 💪🏽This lattice is now developed and features as one of the key lattices in our PorOssity™ range of spine implants. The Additive Surgical range of implants feature specific, deliberate and differentiated lattice structures incorporated in the one implant, designed to address some of the clinical challenges in spinal fusion operations. 🧐Could this lattice be called ‘VELCRO for the end plates?’ #engineering #lattice #spine #3Dprinting #advancedmanufacturung #australianmade #PorOssity #launch #medtech

SMART Bun-Yo-Matic℠ allows the surgeon to visualize the resection for the osteotomy of the 1st TMT. Corrective cuts are accomplished through the use of the Bun-Yo-Matic™ cut guides. Surgeons can manipulate correction in the SMART Bun-Yo-Matic℠ software, based on their preference. The IMA correction and metatarsal de-rotation identified in the case report can be measured, and held in place with the Bun-Yo-Matic™ Lapidus Clamp. Learn more about SMART28℠ Advanced Technology - https://lnkd.in/gsqjDRic #paragon28 #P28 #footandankle #FNA #improvingpatientlives #dedicatedtofootandankle #3Dprinting #patientspecific #smart28 #smartbunyomatic #2Dto3D

Digital Phoropter , it's available to control the ophthalmic unit by the pad : Spherical degree: 0D~+26D Cytnder degree: 0D-9.75D Axis position: 0～180° Prism degree: 0～10△

"Long term, we're the operating system for the future of bioprinting." At RAPID + TCT, our Group Content Manager Sam Davies caught up with Tangible Industries co-founders nicholas jacobson & Jordan Lewis, VMD to discuss the company's aims to pioneer advancements in anatomical models, surgical planning tools, patient-specific implants and, eventually, bioprinting. "If I stay in academia, these things will die. I think this technology is way too powerful to let go." Read more >> https://lnkd.in/ew3pW7-d #3DPrinting #AdditiveMfg #Bioprinting #RAPIDTCT

It's the Wednesday edition of #BuzzTechTuesday! Read about Georgia Institute of Technology's new hydrogel-based device has the potential for significant advancements in ligament reconstruction techniques compared with current, standard practices for ACL prostheses. https://ow.ly/WhPr50RElg9 #ACLreconstruction #ligamentreconstruction #aclprosthesis

Digital Phoropter , it's available to control the ophthalmic unit by the pad : Spherical degree: 0D~+26D Cytnder degree: 0D-9.75D Axis position: 0～180° Prism degree: 0～10△

Planning with our software streamlines your workload to improve inefficient steps in your planning process – like PAC system integration!    All of our 3D modules are able to connect with QueryClient from anywhere in the world. This allows for the direct upload of CT images into the software.    Talk to our team today about what else our 3D software can help your practice with. 👇  🔗 https://bit.ly/43ihi0y  ✉️ sales.team@medicad.us    #mediCAD #OrthopedicPlanning #SurgeryPlanning #MedTech #OrthopedicSurgery

Restore balance to your cases with the PATENTED Precision® Guide Gorilla® MTP Plating System! Paragon 28 developed and patented its Precision® Guide technology to allow surgeons a streamlined and reproducible method of balancing their plating construct with an interfragmentary screw. This patented technology is intended to allow the interfragmentary screw to close down the tension side of the joint which ultimately achieves balance (screw is positioned as far from plate as possible and centered through the joint). Multiple trajectories are provided with each guide to accommodate variations in patient anatomy and the size of the bone. The guide limits the opportunity for the crossing wire to skive and achieves a true center position through the joint no matter the starting point. Learn more about this PATENTED MTP Plating System - https://lnkd.in/gKbY95Yb #paragon28 #P28 #footandankle #FNA #improvingpatientlives #dedicatedtofootandankle #mtp #lowprofile #precisionguided

Restore balance to your cases with the PATENTED Precision® Guide Gorilla® MTP Plating System! Paragon 28 developed and patented its Precision® Guide technology to allow surgeons a streamlined and reproducible method of balancing their plating construct with an interfragmentary screw. This patented technology is intended to allow the interfragmentary screw to close down the tension side of the joint which ultimately achieves balance (screw is positioned as far from plate as possible and centered through the joint). Multiple trajectories are provided with each guide to accommodate variations in patient anatomy and the size of the bone. The guide limits the opportunity for the crossing wire to skive and achieves a true center position through the joint no matter the starting point. Learn more about this PATENTED MTP Plating System - https://lnkd.in/gKbY95Yb #paragon28 #P28 #footandankle #FNA #improvingpatientlives #dedicatedtofootandankle #mtp #lowprofile #precisionguided