Blog

MedTech automation starts long before production. Explore what engineers are prioritizing in Design for Automation, from scalable molding and automated inspection to micro molding, OEE, and lights-out production planning.

As EP catheters become smaller, smarter, and more complex, R&D teams are rethinking energy delivery, electrode design, materials, automation, and system integration. Explore key innovations shaping the next generation of EP catheter development.

Achieving clean, precise features in today’s laser-cut hypotubes can lead to complex challenges, especially with thin walls, tight tolerances, and intricate geometries. In this sponsored blog post, Sublime Laser helps R&D engineers select the right laser type, material, and cut pattern to optimize manufacturability and precision in their medical device designs.

As catheter systems evolve and global PFAS regulations tighten, R&D teams are rethinking their materials strategies to balance performance and compliance. In this sponsored blog post, Dynaflex Technologies shares how EverGlide+, a PFAS-free, sterilization-stable liner platform, enhances bonding, durability, and reliability in next-gen catheters.

Need implantable power without the long lead times? In this sponsored blog post, Resonetics shares how off-the-shelf medical batteries help MedTech teams prototype faster, reduce risk, and eliminate custom development delays. These pre-qualified batteries are engineered for life-sustaining performance and ready to ship.

Choosing the right PTFE liner is critical to catheter design success. Discover how you can boost yield and build more reliable devices with PTFE liners, impacting adhesion, mandrel fit, and mechanical performance, in our latest technical blog from Junkosha.