
Advanced Catheter Technologies
Navigating Complex Anatomy With Precision Catheter Solutions
From electrophysiology catheters to structural heart implants, we accelerate your path to market with precision engineering and integrated manufacturing.
Vertically Integrated Catheter Solutions

Cirtec specializes in advanced catheter technologies, offering precision extrusion, braiding, balloon forming, and laser processing for complex medical applications. Our expertise ensures high-performance, minimally invasive catheters for neurovascular, structural heart, and electrophysiology procedures, optimizing flexibility, trackability, and durability to meet the most demanding clinical and regulatory requirements.
Catheter Engineering For Complex Anatomies
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Complex Extrusions
Specializing in complex medical extrusions with quick-turn solutions for cardiovascular and neurovascular applications.

Braiding & Coiling
We design and manufacture braided catheter delivery systems, offering versatile configurations with stainless steel, nitinol, and polymer fiber...
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Balloon Forming
We manufacture precision balloon catheters using advanced tube-based and dip molding processes for minimally invasive medical procedures...

Catheter Liners
We produce FEP catheter liners that provide exceptional lubricity and chemical resistance for advanced minimally invasive procedures...

Advanced Subassemblies
We specialize in designing and manufacturing complex catheter subassemblies, from steerable multi-directional systems to micro-catheters...

Laser Processing
Delivering precision laser cutting, welding, marking, and drilling for medical components with exceptionally tight tolerances.

Catheter Coil Winding
We manufacture precision wire coils offering diameters from .001 to .200 inches with...

Catheter Electrode Rings
We offer customizable electrode rings in diverse sizes and configurations for optimal performance across a wide spectrum of cardiac applications

Steerable Pull Rings
We manufacture high-performance pull rings for a variety of catheter-based devices, engineered for optimal steerability and customizable to fit diverse clinical and design requirements.
Designing
the future
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of
medical devices,
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one solution
at a time
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Connect with our team to get started