ProPlate Catheter Performance Innovations Improve Visibility and Precision

Pulsed Field Ablation (PFA) is changing more than cardiac care, it's changing how catheters need to be manufactured. Unlike traditional thermal ablation technologies, PFA performance depends on the precise geometry of complex multi-electrode catheter designs. That means manufacturing success is no longer just about controlling individual processes- it's about controlling the entire system. As device complexity increases, manufacturers are moving beyond standalone workstations toward integrated automation that combines precision assembly, inline metrology, vision inspection, and closed-loop process control. In our latest article, we explore why PFA is raising the bar for catheter manufacturing and what it means for the future of medical device automation. Read the full article: https://lnkd.in/eDHYzHjp #MedicalDevices #MedTech #Automation #CatheterManufacturing #PulsedFieldAblation #ManufacturingInnovation

Looking for a more efficient way to produce multi-filar catheter reinforcements? The RothGreaves 8100 Series Multi-Filar Winder with Dual Arbor is designed to increase productivity while maintaining the precision required for today's medical device manufacturing. On our sell sheet, you will see the Key features include: • Dual arbor design for increased throughput • Precise tension control for consistent winding • Programmable recipes for repeatable production • Flexible configuration to meet your manufacturing requirements • Built for reliable, high-quality catheter reinforcement production #MedicalDevice #CatheterManufacturing #MedicalTechnology #Automation #PrecisionEngineering #Manufacturing #RothGreaves

Medical device manufacturing demands materials that deliver consistent performance across a broad range of device designs. Junkosha Peelable Heat Shrink Tubing is engineered to support applications ranging from precision microcatheters to larger-diameter devices, providing uniform heat shrink performance, natural peelability, and the consistency manufacturers rely on for complex catheter production. Designed to meet the demands of advanced device manufacturing, Junkosha Peelable Heat Shrink Tubing helps enable precision, repeatability, and confidence throughout the manufacturing process. Explore the full Peelable Heat Shrink Tubing line-up: https://lnkd.in/d3HCiTFS #MedicalDevices #EnablingTechnologyInnovators #MedTech #MedicalEngineering

Rethink what heat shrink can do. Our medical-grade Polyolefin heat shrink is engineered to do more than protect: it helps simplify manufacturing, improve yields, and deliver cleaner, more consistent catheter assemblies. As a PFAS-free alternative to FEP, it provides high shrink force for perfectly tapered and radiused tips, eliminates exposed braid, and is ideal for tapered shafts, strain relief on hubs and handles, and other demanding medical device applications. Featuring a new formulation (not RNF), peelable construction, laser marking capabilities (part numbers and lot numbers), and high shrink ratios up to 3:1 and 4:1, our Polyolefin heat shrink is designed to support precision manufacturing from prototype through production. With many sizes in inventory, we're ready to help keep your project moving. Learn more or contact sales@3tg-tech.com #HeatShrink #Polyolefin #MedicalDevices #MedTech #CatheterComponents #3TG #MedicalManufacturing #Chamfr

Implantable medical devices require reliable, long-term protection in some of the most demanding operating environments. These devices must function consistently while meeting stringent performance and biocompatibility requirements. Parylene coatings provide ultra-thin, pinhole-free protection that can conform to complex geometries while helping shield sensitive components from moisture and environmental exposure. Because of these characteristics, Parylene has become a widely used solution for a variety of implantable medical device applications. Learn more about Parylene coatings for implantable devices: https://lnkd.in/guvXZK43 #MedicalDevices #ImplantableDevices #Parylene #MedicalTechnology

The story at the top of this one is the most common reason programs come to us: two vendors, one customer stuck in the middle. It's an expensive way to run a program. Every drift becomes a negotiation about whose fault it is instead of a fix. By the time a team reaches us, they're usually tired of being the messenger between their own suppliers. We make that simple. One team owns it, so when something needs to change, it just changes.

The handoff between a balloon supplier and an assembly house is exactly where tolerances quietly drift apart. Each side optimizes for its own spec, and the finished catheter inherits the gap between them. When one team forms the balloon and builds the catheter, those tolerances stay coupled. We see how a forming parameter shows up three steps later in the finished device, and we adjust for it before it becomes a deviation at validation. That's the part you can't buy from two vendors stapled together.

📢 Calling all #MedTech catheter engineers 📢 Trying to cut through the noise of technical spec sheets to find the right measurement system? I just published a new Gauge Advisor Medical Device Measurement Selector for engineers working with tubing, guidewires, catheters, and precision medical components. The goal is simple: help recommend the right system based on OD, ID, wall thickness, concentricity, surface flaw detection, or automated inspection workflows. All you need are your product specs and you'll get a recommendation for the right system. It only takes 60 seconds.⏰ It is not a replacement for an application review, but it should help point people in the right direction before they start comparing gauges and inspection systems. 👉 Try the Measurement Selector here: https://lnkd.in/gfZF_dDZ

Great discussion with the Aptyx team at DeviceTalks Boston. This clip captures why early collaboration matters in complex catheter development. Great job, Patrick D.. DeviceTalks Aptyx

Delamination is a great example of why catheter challenges need to be evaluated as part of the full system, not just as an isolated process issue, and why early collaboration across teams is so important.   I appreciated the opportunity to discuss this during our DeviceTalks Boston session and share a practical example of how early decisions around extrusion, materials, tolerances, and processing can influence downstream performance.   Thanks to the Aptyx team and Device Talks for the Conversation