Integer Holdings Corporation

📊 Standardization should increase speed, not limit creativity. In this week’s ‘Technical Insights’ series video, Equipment & Process Engineering Manager Kelly Beauchamp, explains how structured process catalogs and decision frameworks help teams select manufacturing pathways with greater clarity and fewer downstream surprises. When process knowledge is systematized:  💠 Redundant work decreases  💠 Scaling becomes predictable  💠 Lessons transfer across programs This is R&D Velocity in action: building systems that make every program stronger than the last. Capturing what works and applying it with greater precision each time. ⏩ Stronger foundations lead to more reliable execution. #ProcessEngineering #ManufacturingStrategy #ScalableDesign #RDVelocity #MedicalDevices

Medical device development doesn’t follow a straight path.   Designs change. Priorities shift. Programs evolve.   The difference is having a partner who can keep up.   At Integer, we work alongside your team to stay aligned, adapt quickly, and keep development moving.   With vertically integrated capabilities from design through manufacturing, we reduce handoffs and help you move from concept to production with confidence.   🚀 Let’s build what’s next:   #MedTech #MedicalDevices #MedicalManufacturing #ProductDevelopment #Protoyping  

We don’t do easy. We do complex.   At Integer, we take on tough design challenges like optimizing the mechanical properties of catheters and implantable devices to meet exacting performance demands.   Our advanced braiding technology and deep R&D expertise help you fine-tune strength, flexibility, and performance for next-generation devices.   🔹 Versatile design capabilities for braided stents, distal catheter components, and implantable devices 🔹 Complex braiding with precise mechanical control and seamless transitions between configurations 🔹 Integrated development support to accelerate design iteration and manufacturability   With dedicated sites in the U.S. and Ireland, we tailor every solution to your specific needs, helping you move efficiently from concept to production.   👉 Ready to accelerate your design? Let’s talk: https://lnkd.in/gGCVxVDZ Learn more about our capabilities: ➡️https://lnkd.in/gY7V6q-Q ➡️https://lnkd.in/gZEqMuq8 #MedTech #MedicalDevices #MedicalTextiles #Catheters #Stents #Cardiovascular #Braiding #RDEngineering #Prototyping

Taking a pulsed field ablation catheter system from idea to implementation is a complex process. Navigating cardiac anatomy, designing catheter structures, and delivering precise energy to targeted tissue all demand significant engineering expertise.   Yet true innovation goes beyond design: prototyping, rigorous testing, and scalable manufacturing are crucial to transforming concepts into dependable electrophysiology solutions.   At Integer, we're committed to supporting you through every stage. As a vertically integrated partner, we tackle intricate engineering challenges and collaborate with top medical device companies to develop advanced catheter systems and components that power next-generation EP therapies.   👉 Our team will be at HRS, April 23-26 in Chicago, IL, ready to connect, share knowledge, and help drive progress for the EP community. If you’ll be attending, reach out to Michael Browers to discover how Integer can help accelerate your next breakthrough in EP innovation.    #HRS2026 #EPeeps #Electrophysiology #PFA #Catheters #MedDevice 

Many device development challenges start earlier than expected. In this recent Medtech Makers’ Q&A, Integer’s VP of Product Management Niall Cullen, shares how early decisions around coatings and manufacturability shape the path to scale. ⏩ With early alignment, medical device OEMs can reduce downstream risk and move faster with confidence.

⏩ Electrophysiology is advancing fast—and so are we. We’re not just a manufacturer; we're a collaborative partner to the world’s leading OEMs innovating new technologies in the rapidly evolving field of electrophysiology. ✅ With vertically integrated operations and deep manufacturing expertise, we deliver precision-built EP catheters that meet your exacting specifications, whether you need high-density mapping, ICE, or advanced ablation technologies. ✅ Our experts collaborate with your team to engineer catheter solutions that combine smart design with dependable performance, supporting better diagnostics and more effective treatment. ➡️ Explore our Ablation Catheters Solutions: https://lnkd.in/gNK5Ck8N ➡️ Learn more about our Diagnostic Solutions: https://lnkd.in/gcKMre7Q #EPeeps #MedTech #Electrophysiology #Catheter #MedDevice

💡Case Study: Fast-Track Prototype for an Electrophysiology Catheter When a top medical device OEM needed a smaller, more efficient catheter shaft, Integer responded quickly.   By partnering closely with their R&D team, our engineers delivered finalized prints and shipped 20 custom catheter shafts in as little as 10 business days. Collaboration and speed fuel next-generation electrophysiology innovation.    ➡️Ready to accelerate your next breakthrough? Move from concept to prototype efficiently with Integer’s Rapid Prototyping Services. 📧 Connect directly with our engineering team via email: rapidprototyping@integer.net      #Electrophysiology #CaseStudy #RapidPrototyping #Medtech #EPeeps #MedDevice

🚀 Rapid Prototyping for Neurovascular Catheters. Concept to Prototype in 8 Days.     When traditional braiding methods could not meet the precision required for a micro-diameter shaft, Integer engineers design for manufacturability from the start and delivered a functional prototype in just eight days.  ✅ Direct wire annealing on PTFE liners  ✅ Automation improving yield and control  ✅ Clean braid terminations with minimal OD growth  ✅ Diameters down to 0.021 inch  👉See how this program accelerated development. Read the full case study: https://lnkd.in/eYM7jZcR #Neurovascular #RapidPrototyping #MedTech #MedicalDevices 

🧪 A material data sheet is a starting point. In this week’s ‘Technical Insights’ series, hear from Sr. Engineer Daniel Tung, as he walks through how advanced imaging and failure analysis reveal how materials behave under real loading conditions. Fatigue, microstructure, and environmental stress all shape long-term reliability. Identifying those risks early protects the design. 👉 By prioritizing long-term reliability and mechanical innovation, Daniel demonstrates how R&D Velocity supports robust design decisions in medical devices. For engineers working through durability or material tradeoffs, this is where analysis makes the difference. ℹ️ Learn more about R&D Velocity: https://lnkd.in/g5iDMNmt #MaterialsScience #ReliabilityEngineering #MechanicalDesign #RDVelocity #MedTech

💡 Complex catheter designs demand smarter, faster solutions.    ➡️ That’s where Integer's proprietary Virtual Tubing Model (VTM) comes in. It helps engineering teams get to the right shaft design faster by reducing risk to timelines, minimizing costly iterations, and accelerating time to market.    By virtually modeling layer construction, materials, and performance characteristics like stiffness and kink radius, VTM enables precise, data-driven decisions before physical prototyping even begins.    Whether you’re developing a new device or improving an existing one, VTM drives efficiency and confidence at every stage.    📧 Contact us to partner and solve your most complex catheter challenges – with insight and innovation that VTM and Integer can deliver: https://lnkd.in/gGCVxVDZ #MedDevice #MedicalManufacturing #MedTech #MedicalDeviceOutsourcing #Cardiovascular #Catheters