HARTING AG - MID’s Post

💡Are you a medical device developer facing the challenge of miniaturization without compromising functionality? 🔋3D-Circuits offers a powerful solution! This groundbreaking technology allows for increased function density, meaning you can pack more capabilities into a smaller space. 3D-MID achieves this by integrating electronic components directly into the device housing, eliminating the need for separate circuit boards and bulky connectors. With 3D-Circuits, you can design smaller, lighter, and more feature-rich medical devices that enhance patient comfort and treatment outcomes. 🩺The picture below shows an example of a drug delivery implant. 🗺️Discover how 3D-MID can benefit your next medical device project: https://lnkd.in/eWevTtFt #3DCircuits #MedTech #MedicalDevice #miniaturization https://lnkd.in/eEQcUhZn

Prodigy Medical Device Case Study: Midmark Ritter Exam Light 🤖Challenge: Midmark, seeking innovative medical device solutions, partnered with Prodigy product design services for our technical expertise. They presented an exam light that utilized a halogen source and fiber optics in the gooseneck and requested Prodigy’s assistance in developing an LED alternative. 🏆Result: Prodigy’s patented product design introduced the game changing, world class Midmark Ritter 253 LED Exam Light medical device. Click the link in the comments ⬇️ to read the entire case study. #casestudy #medicaldevice #productdesign #productdevelopment #productdesignservice #prodigy

Developing effective medical devices requires access to what happens in the operating room. For device makers, this is logistically challenging and expensive. VSURGIC allows surgeons to broadcast their procedures in real-time and provide feedback. This exchange of key information guides product development and marketing. See our use cases: https://lnkd.in/eQjifJUR #ProductDevelopement #ORTech #SurgicalVideo

Navigating Sterilization Options for Silicone MedicalImplants How to choose the right sterilization method for silicone-based medical devices and a look at novel silicone technologies. The post Navigating Sterilization Options for Silicone Medical Implants appeared first on MedTech Intelligence.... https://lnkd.in/eExSUQR8 #BioTech #science

Thanks to a pivoting sensor head, with Q vix pivot it is possible to rapidly inspect non-cylindrical devices, providing immediate dimensional results on any strut in the device without complex programming. This is a breakthrough for the inspection of cardiovascular implants with non-cylindrical geometries, and we hope it can contribute to the development and inspection of the new generation of implantable medical devices! 🔬 #medicaldevices #stentinspection #qvix #sensofar

🌟 Medical Device Design: Alpha Wire's EcoGen Range 🌟 In the world of medical device manufacturing, innovation paves the way for better care. Meet Alpha Wire's EcoGen, the next-gen, wire and cable range that's reshaping the industry. 📏 Smaller Yet Mighty 📏 EcoGen wires and cables are up to 47% smaller and 65% lighter compared to conventional options. How? Reduced insulation and jacket thickness, without compromising performance. 💡 Advancing Medical Tech 💡 The secret lies in the superior dielectric properties of mPPE, enabling a thinner control cable while maintaining performance. EcoGen pushes the boundaries of medical device design, offering precision, cleanliness, ease of use, space savings, and unwavering reliability. From diagnostic devices to patient monitoring, surgical equipment to life support systems, the EcoGen range can revolutionise modern medical tech. Connect with our cable specialist, Peter Stoner, at [email protected] or 44 (0)1403 260206. #Medical #Manufacturing #Innovation #EcoGen #AlphaWire #Aerco #BeldenPartner

🏥💉 Are you involved in the #medical device industry? Discover the Future of Medical Implants with Vacuum Induction Furnaces (VIM), trusted by leading professionals worldwide. 🤔 Why is VIM technology ideal for the medical sector? ☑ Vacuum Induction (#VIM) Furnaces are essential for producing medical implants with the highest purity and reliability standards, crucial for patient safety. ☑ Utilizing Cold Wall Induction (CWI) technology, VIM prevents contamination during titanium melting, ensuring the integrity of medical implants and enhancing patient well-being. ☑ With precise temperature control and a vacuum environment, VIM furnaces guarantee the production of medical-grade metals with exact chemical compositions and properties, such as biocompatibility and uniformity. 👀 Need more insights? 📘 Explore the technology offered by a trusted market leader with over 60 years of experience, serving the medical industry: https://lnkd.in/djW7QDcV 👉 Save this post for future reference and revisit when you're seeking top-notch solutions #4Medical. And always remember: #Retech – Catering to Various Industries, Offering Different Technologies, One Reliable Supplier 👌

Reliable power is non-negotiable!

While we've had our hands in the aerospace manufacturing industry for many years now, we're excited to dive deeper into the medical space this year. In the world of healthcare, medical devices play a pivotal role, not only enhancing the quality of life but oftentimes being the lifeline itself. We consider it both a privilege and an honor to extend our expertise to this critical space, bringing forth innovative technologies that make a difference in various aspects of medical care. Our commitment extends to key areas such as implant texturing, catheters, endoscopy and arthroscopy equipment, cascade impactors, filtration systems, and much more. These are not just products for us; they represent our dedication to contributing to advancements in medical science and, ultimately, improving patient outcomes. If you're in the medical device industry and are looking for an end-to-end solution provider, I'd love to connect. #medicaldevice #healthcare #medicalmanufacturing #medicaldevicemanufacturing #medicaldeviceindustry #lasertechnology #laserwelding #lasermachine

Catheter Design - Breaking down conventional wisdom with the use of predictive computational analysis. Designing the right catheter for optimal performance and user adoption can be tricky. Key performance parameters for flexibility, trackability, torque, and hoop strength need to be achieved, and ultimately, performance as a whole is defined by user perception and feel.  We understand the critical aspects of designing high-performing catheters and utilize predictive computational analysis to iterate quickly in the design phase. This allows us to understand design trade-offs and pick a design configuration that is on target before we actually build our first prototype. Find out more in our whitepaper: "Insights for More Efficient Braided Catheter Development." Discover the world of catheter design and uncover the secrets behind optimizing performance while minimizing costs. Download now and join us in shaping the future of medical device engineering! https://lnkd.in/gvzEz688 #CatheterDevelopment #MedicalDevices #Innovation #SurgicalAdvancements #Whitepaper