FEATURED ARTICLES

PolyPeel Peelable Polyester Heat Shrink Tubing

Peelable polyester heat shrink tubing offers a PFAS-free, easy-to-remove alternative for catheter manufacturing, ensuring precision, safety, and efficiency with ultra-thin walls, high dielectric strength, and versatile applications.

• Electrophysiology Devices: Streamlining EP And PFA Development

  Electrophysiology and pulsed field ablation device development demands precision, speed, and reliability. Multi-component suppliers streamline manufacturing, reduce risk, and accelerate innovation, ensuring faster market entry and consistent quality.

• Ultrathin-Wall Heat Shrink Tubing Ideal Solution For Microablation Device

  A virtual start-up partnered with Nordson MEDICAL for complete design, development, and manufacturing of a catheter-based device for TAVR patients, leading to CE mark and acquisition.

• Designing Extrusions With Additional Processing

  A medical device company worked to redesign a critical component and consolidate extrusion and secondary operations. The project was successfully completed in six months.

• Pushing Technology Limits Helps Startup Launch Novel Balloon Catheter

  Nordson MEDICAL helped a startup develop a balloon catheter for atrial fibrillation, leading to its acquisition by a major medical technology company. They offer a range of components and tools, and specialize in medical device design and manufacturing.

• Designing, Developing, And Validating A Precision Extruded Tube In Just 8 Weeks

  A multinational medical device company worked to redesign an introducer sheath for a neurovascular microcatheter. After successful prototypes, the design was completed in 8 weeks.

• Innovative Multilayer Extrusion Technology Solves Product Redesign Challenges

  A multinational medical device company successfully worked to redesign a component used in cardiovascular surgery.

• Innovative Biomaterial Delivery Devices

  Discover products for accurate and precise delivery of biomaterials including tissue sealants, hemostats, adhesion barriers, and other autologous or synthetic biomaterials required in surgical applications.

• Advancing Healthcare: Exploring Patient Benefits in Balloon Catheter Interventions

  Explore the benefits of using balloon catheters in medical procedures and their positive impact on patient's lives and healthcare outcomes.

• The Standardization Of Plastic Luer Fittings

  This white paper aims to explore the significance and challenges of the standardization of plastic luer fittings and the importance in ensuring the quality and safety of medical devices.

• The Challenges Of Plastic Luer Fittings In The Medical Industry

  The use of single-use plastic luer fittings in medical settings, medical devices, and patient care is an example where the sustainability versus safety debate arises. This white paper aims to explore this debate and offer insights into the challenges and opportunities that lie ahead.

• Plastic Luer Fittings: A Cost-Effective Solution For Improved Efficiency

  This paper aims to demonstrate the cost effectiveness of plastic luer fittings and how understanding the factors that contribute to their cost can help users select a cost-effective option that meets their performance requirements.

• Nitinol Wire Forming and Manipulation for Custom Components

  With its shape memory properties, nitinol wire is a highly suitable material for a range of medical applications. Given its exceptional mechanical and thermal properties, the demand for nitinol products is on the rise. This paper delves into the process of forming and manipulating nitinol wire to create customized components.

• Streamlining Catheter-Based Devices With Advanced Multilayer Tubing

  Discover how breakthroughs in multilayer tubing extrusion technology enable next-generation catheter-based medical devices.

• Extruded Medical Tubing: Process Parameters, Equipment Play Critical Role

  Most medical tubing specifications comprise a drawing of a tube with the material, dimensions, and tolerances. However, parameters associated with the production of the tubing are also key.

• Top 5 Applications For Ultrathin-Wall Heat Shrink Tubing In Medical Device Design & Manufacturing

  This application note provides medical device engineers ideas for applications that are ideally suited for ultra-thin-walled PET heat shrink tubing. Applications explored in this paper include variable-stiffness catheters, protective covering/coating and bundling, reinforcement, tube making and printing, and electrical insulation.

• Six Innovative Uses For Polyimide Tubing In Medical Device Applications

  Polyimide is a versatile polymer with a wide range of desirable properties that can be used to great effect in many different microdiameter tubing applications. Thanks to the novel film-cast tubing process, medical device engineers can take full advantage of this stable, durable polymer in ways that might not be obvious at first glance.

• Three Medical Device Design Challenges, Solved

  This case study explores three medical device design challenges and how Nordson MEDICAL devised optimal solutions with the innovative use of the film-cast process with polyimide and other polymers.

• The Path Of Innovation In Modern Balloon Catheter Applications

  This article describes just a few of the many innovative applications for balloon catheters today. Other applications include the use of implantable balloons for weight loss, heat transfer balloons for induced hypothermia treatment, and even balloons filled with bone cement to stabilize broken bones.

• A Comparison Of Lubricious Materials & Additives For Extruded Medical Tubing

  To provide medical device designers with additional options, leading material manufacturers have developed low-friction additives that can be blended with medical polymers to significantly decrease surface friction and give extruded tubing a more lubricious surface. Additives can be used with most existing medical polymers without significantly affecting the original properties of the primary material.