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// CardIology

Electrophysiology

LEADING
INNOVATION

Advancing precision cardiac mapping and ablation technologies with innovative catheter designs and electrode integration.

OVERVIEW

Advancing Electrophysiology Technologies

Electrophysiology (EP) procedures are rapidly expanding as first-line interventions for arrhythmia diagnosis and treatment. Clinicians now seek catheters that deliver cleaner signals, tighter energy control, and easier intravascular navigation.

Cirtec meets this demand with precision electrode manufacturing, tight-tolerance catheter extrusion, and smart-sensor embedding. Our vertically integrated platform shortens development cycles, simplifies regulatory transfer, and scales production from pilot lots to high-volume manufacturing.

Key areas of advancement that we can support include: 

  • Integration of electrode technologies with welding and assembly
  • Miniaturization to enhance navigation
  • Advancements in materials that cater to both ablation and mapping catheters
  • Design and development of thin film and flex circuit integration
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precise fabrication

Electrphysiology Solutions

Electrophysiology
/
cardiology

Electrode Technology and Integration

We engineer high-performance electrode systems using premium conductive materials and customizable configurations, delivering superior signal quality and treatment precision for advanced cardiac mapping and ablation procedures.

Specialized high-conductivity materials including platinum-iridium alloys and Nitinol optimize electrical performance and biocompatibility.

Customizable electrode configurations ranging from minimal to 64+ electrodes with sizes from 0.5mm to 1mm for precise therapy targeting.

Tailored electrode designs for specific clinical applications, enhancing both mapping accuracy and ablation effectiveness.

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Miniaturization and Design Innovation

We push the boundaries of catheter miniaturization while maximizing functionality, creating compact designs with multiple electrodes that navigate complex cardiac anatomy with enhanced precision and reach previously inaccessible areas.

Advanced miniaturization techniques integrate multiple electrodes within smaller diameter catheters for improved maneuverability

Specialized steering mechanisms and catheter tip designs tailored for specific clinical applications

Innovative design solutions enable customers to offer state-of-the-art tools that advance electrophysiological practice

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Innovative Catheter Shaft Design

Our catheter shaft designs combine variable stiffness profiles with multi-lumen architectures to enhance navigability and stability, allowing precise positioning and control during complex electrophysiological procedures.

Engineered variable-stiffness transitions provide optimal flexibility for navigation with sufficient rigidity for precise control

Multi-lumen configurations support complex functionality including irrigation, steering mechanisms, and sensor integration

High-tolerance, thermo-resistant materials ensure catheter integrity and performance even during demanding RF ablation procedures

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Sensor Integration for Ablation Catheters

Our sensor integration capabilities enhance ablation precision and safety through real-time feedback systems, incorporating advanced contact force, temperature, and high-resolution mapping sensors that optimize therapeutic outcomes.

Contact force sensors provide real-time feedback on tip-tissue interaction, enhancing control and lesion formation

Temperature monitoring sensors ensure optimal energy delivery while maintaining safety parameters

High-resolution electrical mapping sensors enable detailed cardiac substrate visualization for targeted therapy

Comprehensive sensor suites support precision ablation with enhanced efficacy and reduced procedure times

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Enhance your EP products with our specialized engineering expertise

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Other Cardiology Solutions

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Interventional Cardiology

Cirtec excels in developing advanced interventional cardiology solutions, from balloon catheters to stent delivery systems.

Our expertise in precision braiding, multi-lumen extrusion, nitinol processing, and handle assembly enables partners to create innovative devices for coronary and peripheral interventions with exceptional trackability, pushability, and clinical performance.

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Structural Heart

Cirtec delivers high-performance valve delivery systems and nitinol tubing for transcatheter valves, and other structural heart applications.

Cirtec manufactures the complete device stack for structural heart procedures, from frames and valve assemblies to delivery systems and catheter-based components.

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Cardiac Rhythm Management

Cirtec has deep expertise in implantable devices including Cardiac Rhythm Management (CRM).  We support CRTs, ICDs, leads, and other implantable monitors.

With in-house capabilities for metal machining, ASIC development, battery manufacturing, lead assembly, and hermetic sealing, we help clients produce compact, reliable devices with optimized battery life and advanced fixation methods for minimally invasive deployment.

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Cardiac Assist Devices

We offer comprehensive manufacturing solutions for Ventricular Assist Devices, including pump housings, sensors, and battery systems.

Our integrated engineering capabilities—precision machining, electronics integration, and advanced coatings—allow us to deliver miniaturized, durable VAD components and systems that meet the stringent demands of heart failure treatment.

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Cirtec in the News

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June 2, 2025

Smart Catheter Innovations: Navigating Product Development from Concept to Market

Device makers must consider a variety of factors when it comes to fabricating a smart catheter.

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April 24, 2025

Cirtec Medical Expands Costa Rica Operations to Support Increased Industry Demand

Cirtec Medical Expands Costa Rica Operations to Support Increased Industry Demand

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January 15, 2025

The Future of Custom Integrated Circuit Sensing Solutions in Enabling Closed-Loop Drug Delivery Systems

Exploring how custom integrated circuits and sensing technologies are facilitating the development of advanced closed-loop implantable drug delivery systems.

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