Mountain Manufacturing Technologies’ Post

🔄 Sonceboz Medical Process #2: Manufacturing ⚙️   Transitioning from innovation to reality, the final stage of our process is underway as we dive into manufacturing. Our Swiss made products come to life within our state-of-the-art factories 4.0, powered by our Manufacturing Units. 🏭   Supported by highly skilled personnel and a 0 PPM (Parts Per Million) philosophy, we ensure exceptional quality at every step of the manufacturing process. 🔧   Building upon our research and development efforts, where we meticulously crafted tailored solutions to meet our clients' needs, concepts can now be turned into reality. Our Manufacturing Units generate the assembly of components, providing high rate of input for our intensive production lines. This integration of precision engineering and advanced manufacturing technologies enables us to deliver ideal mechatronic solutions ready for high-volume production. 🔄   At Sonceboz Medical, our commitment extends beyond innovation; we are dedicated to improving lives. With our manufacturing expertise and unwavering commitment to innovation, we stand prepared to address your technical challenges and ensure your project's success for a thriving business. 🚀   #SoncebozMedical #InnovationInHealthcare #Medtech #MedicalEngineering #FutureOfHealthcare #MechatronicsForABetterLife #Fluidtronics

Ever wonder how many lives could be saved by better medical technology? When Ivenix set out to revolutionize IV infusion systems, they weren't just aiming for innovation - they were targeting a staggering statistic: up to 440,000 annual deaths in the U.S. due to medical errors. Ivenix needed a diaphragm pump to actuate their drug delivery system with short bursts of pneumatic pressure. Simple, right? Not quite. Off-the-shelf pumps couldn't cut it. They failed under pressure, couldn't restart when needed, and their motors kept burning out. That's when Dynaflo stepped in. We didn't just offer a standard pump - we partnered with Ivenix on a multi-year journey to create a custom solution. Through rapid prototyping and close collaboration, we tackled each challenge. The result? Our new 6000 Series micropump. It's a dual-head, 4-valve-per-head design with a brushless D.C. motor that handles thousands of short-burst cycles like a champ. Ben Powers from Ivenix says it best: "Dynaflo's quick iterations and 3D-printed prototypes were crucial in bringing our patented technology to life." Today, Ivenix's revolutionary IV system, powered by Dynaflo's 6000 Series, is making a difference. It's why we do what we do—because better engineering saves lives. So, what impossible problem are you trying to solve? Drop it in the comments or D.M. us. We might just help pump some life into your next big idea! #Dynaflo #CustomPumps #MedicalInnovation #CustomEngineering #PatientSafety

Ever wonder how many lives could be saved by better medical technology? When Ivenix set out to revolutionize IV infusion systems, they weren't just aiming for innovation - they were targeting a staggering statistic: up to 440,000 annual deaths in the U.S. due to medical errors. Ivenix needed a diaphragm pump to actuate their drug delivery system with short bursts of pneumatic pressure. Simple, right? Not quite. Off-the-shelf pumps couldn't cut it. They failed under pressure, couldn't restart when needed, and their motors kept burning out. That's when Dynaflo stepped in. We didn't just offer a standard pump - we partnered with Ivenix on a multi-year journey to create a custom solution. Through rapid prototyping and close collaboration, we tackled each challenge. The result? Our new 6000 Series micropump. It's a dual-head, 4-valve-per-head design with a brushless D.C. motor that handles thousands of short-burst cycles like a champ. Ben Powers from Ivenix says it best: "Dynaflo's quick iterations and 3D-printed prototypes were crucial in bringing our patented technology to life." Today, Ivenix's revolutionary IV system, powered by Dynaflo's 6000 Series, is making a difference. It's why we do what we do—because better engineering saves lives. So, what impossible problem are you trying to solve? Drop it in the comments or D.M. us. We might just help pump some life into your next big idea! #Dynaflo #CustomPumps #MedicalInnovation #CustomEngineering #PatientSafety

Tune in as Vantedge Medical’s Cassandra Haupers sits down with DeviceTalks Managing Editor, Kayleen Brown to talk Micro Machining for Medical. Check out the event here: https://lnkd.in/gfqrHcVb  In this episode, they catch up on: 🔹The evolution Vantedge Medical has gone through from five family businesses into a one cohesive brand. 🔹 Cassie's experience growing up with micro machining as the family business and her inspiration to pursue a career in it. 🔹The Vantedge Medical team's process of making design recommendations for customers, leveraging their in-house expertise in materials and machining. 🔹Key considerations for the future of RAS from the perspective of machined components. If you have questions for Cassandra Haupers or the Vantedge Medical team, contact us here: https://lnkd.in/gmrTGXc6 #medicalmachining #medicalmanufacturing #medtech #roboticsurgery

The blog on the PTI Tech website is a great place to obtain free technical information related to our industry! In our latest article we investigate how companies are maximizing efficiency in the medical market. #Innovation #PTITech #InjectionMolding #NeverStopLearning

💡 Thinking about developing a next-generation absorbable & implantable medical device for your product portfolio? 📣Poly-Med, Inc.'s Chief Technology Officer, Scott Taylor, will be speaking at a webinar hosted by Medical Design & Outsourcing describing: ➡️ Challenges with transitioning from non-degradable materials to absorbable materials ➡️ Market shifts in implantable devices due to absorbable materials ➡️ Trends towards absorbable materials having an active role in the healing response, rather than purely a mechanical reinforcing role Register here: https://lnkd.in/gvaarGJ4 #bioresorbables #biomaterials #biomedicaltextiles #3Dprinting #electrospinning #bioprinting #additivemanufacturing #implants #medicaldevices #meddevice #medtech #medicaltechnology #biotech #biotechnology #innovation #medicalinnovation #medicalmanufacturing #manufacturing #softtisue #orthopedics #woundcare #lifesciences

🚀 Navigating Complex Catheter Manufacturing 🚀 At Medical Murray, we specialize in overcoming the unique challenges of designing and manufacturing complex catheters. In our latest blog, we break down: - Key challenges in complex catheter development - Real-world examples, from delivery systems to robotic-assisted devices - Strategic tips for balancing the rush to clinicals with scalable manufacturing 👉 Read the full blog here: https://lnkd.in/eupjsNCb Let us know your thoughts in the comments or reach out to discuss how we can help with your next project! #MedicalMurray #MedicalDevices #CatheterManufacturing #ClassIIIDevices #Innovation #MedTech

Innovation doesn't wait, and neither should your project. That's why Grover Precision delivers the industry's longest precision tubing with the tightest tolerances. Whether you're developing the next breakthrough medical device or optimizing manufacturing processes, our solutions were engineered with you in mind. We're not just suppliers, we're partners in your success. Discover more at groverprecision.com. #PrecisionTubing #PrecisionManufacturing

Camouflage™ coating performance tested in a Chandler Loop model. The chandler loop is a well know model designed for optimal blood circulation efficiency. Typical operating for c.60 minutes at c.30 RPM with 1 IU/ML Heparin. The model can use 10mm ID Perfusion Tubing. At Smart Reactors, we have tested our coating against uncoated tubing substrates, as shown. Results are conclusive. Loop x4 to the left – No Clotting, due to Camouflage Mechanism of Actions. Non-inflammatory proteins are attracted to the tubing surface, hence masking the foreign object (tubing) from the circulating blood. Loop x3 to the right- Uncoated. Clotting is clearly evident. Explore how Camouflage™ can enhance your medical device by visiting our website at www.smartreactors.com. #Innovation #medicaltechnology #smartreactors #biocompactibility

You’ve spent years developing an implantable #medicaldevice made from durable, non-degradable materials, only to face a shift in the market toward absorbable alternatives. Suddenly, the landscape changes. Now what? Join our #webinar featuring Scott Taylor, Chief Technology Officer at Poly-Med, Inc., to learn: ➡️ Challenges with transitioning from permanent non-degradable materials to synthetic absorbable materials ➡️ How and why absorbable materials have changed the medical device landscape ➡️ Recent trends towards using these materials to encourage specific tissue responses Register now: https://lnkd.in/gvaarGJ4