Hawk Ridge Systems’ Post

HOW WAS MEDICAL DEVICE BORN - PHASE 2 When it is necessary to use a 5-axis machining center to create a medical device, the clients' 3D files are imported into CAD-CAM software. This software allows for the simulation of machining operations by inputting the required parameters and evaluating all the production phases on-screen. These simulations help to identify the critical aspects of the machining process in advance and find appropriate solutions. Various solutions are often tested to find the most efficient one, thus improving production times and reducing costs. The expertise of the operators is crucial in finding simple and economical solutions while maintaining high product quality. #legheleggerelavorate #fullcontractmanufacturer #medicaldevices #cadcam #machine #industry #manufacturing

With 3D-Up! you can now work on three levels in parallel, make changes to your design or even edit your scan again. This means you can design your orthosis even more individually and make elementary changes later without wasting time 🚀 You have questions about our software or certain functions and are wondering how you can use these functions. Simply contact us and we will show you how it works and how you can also use the advantages of 3D-Up! and digital production ✅ #3dup #cad #flexfit #sas #3dprinting #healthcare #oandp #fusionfit

What characteristics do you prioritize when investing in a clear aligners cad software? 🚀 Unmatched Productivity: design treatment plans in les than 15 mins with powerful automations. 🎯 Streamlined Workflow: intuitive, all-in-one solution for seamless operation. 💬 Enhanced Communication: connect effortlessly with clients via our web platform. #ORTHUP offers your all these benefits and much more to boost your business and optimize your process. Schedule a demo on www.orthup.fr. #orthodontics #digitaldentistry #CADsoftware #clearaligners #orthodonticsolutions

Just a reminder that anyone can achieve clinical, definitive outcomes today, using simple agnostic software, entry level desktop machines, regular TPU material, and the digital workflows of the O+P Digital Designer academy. Shout out to NY REHAB PROSTHETICS for their continued success and pursuit of the next generation tools and outcomes for their patients. #goingdigital #prosthetics #OandP #Fusion360 #3DPrinting #FDM #digitaldesignliteracy

Two new auxetic cell shapes have been added to the Lattice feature in Creo. These capabilities are implemented in the regular lattice workflow. The two shapes are auxetic uniform cell controllable by one angle (X) value, and auxetic non-uniform cell controllable by two angle (X and Y) values. This allows you to create lattices with negative Poisson ratios, lattices with high energy absorption and fracture resistance metamaterials, and is useful in applications like body armor and medical devices. Learn more about additive manufacturing in #Creo: http://ptc.co/JRVm50QHXvV

Printing in healthcare is complex and critical to patient care. Documents such as After Visit Summaries, armbands, specimen labels, and numerous others are integral to the many workflows involved in any healthcare environment. Problems in any of these areas can negatively impact patient care. Print needs go far beyond getting jobs to the device. Reliable, secure output delivery is crucial. #healthcare #patientcare #documentcontrol #epic #lrs 🚑 🏥 🤕 👩⚕️ 🖨️ 💊

The medical device industry relies on precision and functionality, and sometimes, that includes transparency. CNC machining offers a powerful solution for creating clear or translucent parts for medical devices. Here's how CNC machining shines in this space: ★Material Options: Certain plastics like acrylic and high-performance resins can be CNC machined to achieve transparency or translucency, allowing for visualization within the device. ★Prototyping Advantage: CNC machining excels in rapid prototyping, enabling quick creation of transparent components for testing functionality and design iterations. ★Precision & Accuracy: CNC machining guarantees tight tolerances and intricate details, essential for ensuring proper fit and function of transparent components. Applications of Transparent CNC Machined Parts in Medical Devices: ★Endoscopy & Surgical Instruments: Clear housings for visualization tools and light guides. ★Microfluidic Devices: Transparent channels for fluid flow monitoring in diagnostic equipment. ★Drug Delivery Systems: Visually track medication flow through transparent reservoirs or chambers. Considering transparent parts for your medical device? Discuss the possibilities of CNC machining with us. #CNCmachining #medicaldevices #transparentparts #medicalmanufacturing #prototyping

Tiny patients can still present big challenges! 💪 Premature babies need specialized care, but traditional CPAP cannulas can be uncomfortable and inefficient. Mohamed A Mohamed saw the problem and came to us with the idea for a solution: a single-piece, comfortable, and effective cannula designed specifically for premature babies. We were able to help bring this vision to life through: 🔸3D Modeling and FEA Analysis: We ensured optimal design for comfort and support using advanced design tools. 🔸Rapid Prototyping: 3D-printing allowed for quick iteration and user testing. 🔸Scalable Manufacturing: We identified Dip Molding as the ideal solution for mass production. Swipe through to see a few of the iterations and the final product. Check the comments for the full story! #MedTech #MedicalDeviceDesign #ProductDevelopment #MedicalDevices

How do you do a quick DfAM check while conceiving a part? Between each design iterations, a feasibility analysis for AM can help you take the right decisions. Try #CognitiveAdditive for free. Get your software through link in description. #AM #Feasibility #DfAM

🌟 Topic: Webinar on Synopsys Simpleware Software for 3D Anatomical Modeling, Segmentation, and Meshing of Hard Tissue using Automated Segmentation Modules Join us for an insightful webinar on leveraging Synopsys Simpleware Software for advanced 3D anatomical modeling, segmentation, and meshing of hard tissue. Discover how automated segmentation modules streamline the process, making it efficient and accurate. Key Highlights: Introduction to Synopsys Simpleware Software ScanIP and ScanIP Medical. Application of Simpleware in 3D anatomical modeling Automated segmentation modules for precise segmentation Meshing of hard tissue for various applications Case studies showcasing successful implementations Registration: https://lnkd.in/eseKvJhQ Date and Time: 26April, 2024 at 4:30PM(IST) Don't miss this opportunity to explore the capabilities of Synopsys Simpleware Software and enhance your proficiency in 3D anatomical modeling. Reserve your spot today! #synopsys #simpleware #3DModeling #AnatomicalModeling #webinar #segmentation #meshing #iit #aiims #nit #iisc #hardtissue #automation #BiomedicalEngineering #EngineeringSoftware #MedicalImaging #CAD #CAM #CAE