Hypotubes & Micro-Component Solutions
Providing the most advanced technology and assemblies
Freudenberg Medical provides high precision, technologically advanced hypotubes, assemblies, and micro-component solutions to manufacturers of catheters, stent delivery systems, and other minimally invasive devices used in diagnostic and therapeutic interventions.
We can supply any volume from prototype to high volume production from our fully integrated and highly automated manufacturing facility. All manufacturing processes are performed under one roof resulting in optimal responsiveness and thereby delivering products with the highest standards of quality and safety into the customer’s products.
Products & Services
Freudenberg Medical develops and manufactures technically advanced hypotube/catheter shafts delivering the highest levels of performance in terms of torque, track-ability, flexibility, lubricity, inflate and deflate times, and kink resistance. We also produce high precision, micro-component solutions and tube/wire assemblies utilizing the most advanced technologies within the medical device industry.
- Product Development
- Laser Cutting (skive, straight, spiral, stent)
- Laser Welding
- Laser Marking/Ablation
- EDM & ECM
- Grinding, Swaging, Flaring, Bending, and other fabrication processes
- Passivation, Electro-polishing, and advanced cleaning processes
- PTFE Coating with Cambus Coat™ advanced application technology
- Injection Molding
- Pad Printing
Materials & Innovation
Freudenberg Medical works with standard materials such as 304 & 316 Stainless Steel, Nitinol, and other exotic alloys. As minimally invasive devices evolve, so do the performance characteristics of one of the catheter’s most critical components, the hypotube shaft. Hypotube characteristics such as torque, track-ability, push-ability, flexibility, lubricity, kink resistance, and inflation and deflation times are but some of the critical features affecting the ultimate performance required by physicians.
For more information on our Hypotube and Microcomponent Solutions, please visit Cambus Medical.