Delta Catheter: Pioneering Precision in Renal Denervation
Helical Design: The Delta Renal Denervation Catheter sets itself apart through its innovative design and superior performance.
Multi-Electrode: Tailored for the treatment of resistant hypertension, the catheter provides a precise and effective solution, ensuring that patients receive the best possible care.
Redefine Hypertension Treatment with Delta Renal Denervation
The Delta Catheter's advanced design and tip technology facilitates targeted denervation, resulting in more efficient procedures and enhanced treatment outcomes.
With its innovative tip technology, the Delta Catheter guarantees efficient energy delivery and procedural success, paving the way for improved patient outcomes.
RENAL
ARTERY
ABLATION
SYSTEM
Secure, Swift and Precise: The Delta Difference in Renal Denervation
With its compatibility with standard systems and equipment, the Delta Catheter is both practical and easy to integrate into existing workflows.
Material: Crafted from a state-of-the-art biocompatible ePTFE and a high-strength CoCr, ensuring longevity and stability.
Diameter: Ranging from 2.8 mm to 4.8 mm, providing options for various patient needs.
Length: Available from 18 mm to 29 mm, accommodating different arterial sizes.
Cell Design: Innovatively engineered cell structure delivers exceptional radial strength and flexibility, ensuring the stent conforms securely to the arterial wall.
Delivery System: Advanced delivery mechanism ensures precise deployment, easy navigation, and reduced procedure time, enhancing overall surgical efficiency.
A UNIQUE
MULTI-HELİCAL
ABLATION SYSTEM
FITS ALL
ELIGIBLE ANATOMY
6 F Guide Catheter Compatibility
Streamlined Interventional Workflow: The Delta Modulator catheter is designed to pass seamlessly through a 6 F guide catheter, reducing procedure complexity.
Familiar Access Approach: Maintains alignment with standard femoral arterial entry, minimizing additional training or specialized equipment.
Quadruple RF Monopolar Electrodes
1.5 mm Electrodes: Four distinct radio-opaque electrodes enable circumferential energy delivery, maximizing nerve disruption in fewer lesions.
Optimized Positioning: A treatment length of 17–21 mm ensures overlapping energy zones if all electrodes are activated, catering to variable vessel lengths.
Integrated T-Type Thermocouple
Real-Time Temperature Monitoring: Provides continuous feedback for energy modulation, improving ablation efficacy while reducing thermal injury risks.
Precision Control: The thermocouple’s platinum/iridium alloy ensures rapid temperature detection, promoting safe lesion formation.
Injection-Molded Sleeve
Durable Shaft Support: The robust, molded sleeve maintains catheter integrity, resisting kinks and protecting internal components during complex manipulations.
Ergonomic Maneuverability: Smooth transitions between sleeve segments facilitate stable positioning in the renal artery.
Radiopaque Markers for Accurate Localization
Tip Marker at 1 mm Proximal of Distal Tip: Guides real-time fluoroscopic alignment.
Femoral Shaft Marker at 55 cm: Assists in precise catheter advancement from the femoral access point to the renal artery ostium.
Versatile Vessel Diameter Range
3–8 mm Target: Designed to accommodate typical renal artery dimensions, ensuring broad patient candidacy for renal denervation therapy.
Streamlined Interventional Workflow: The Delta Modulator catheter is designed to pass seamlessly through a 6 F guide catheter, reducing procedure complexity.
Familiar Access Approach: Maintains alignment with standard femoral arterial entry, minimizing additional training or specialized equipment.
1.5 mm Electrodes: Four distinct radio-opaque electrodes enable circumferential energy delivery, maximizing nerve disruption in fewer lesions.
Optimized Positioning: A treatment length of 17–21 mm ensures overlapping energy zones if all electrodes are activated, catering to variable vessel lengths.
Real-Time Temperature Monitoring: Provides continuous feedback for energy modulation, improving ablation efficacy while reducing thermal injury risks.
Precision Control: The thermocouple’s platinum/iridium alloy ensures rapid temperature detection, promoting safe lesion formation.
Durable Shaft Support: The robust, molded sleeve maintains catheter integrity, resisting kinks and protecting internal components during complex manipulations.
Ergonomic Maneuverability: Smooth transitions between sleeve segments facilitate stable positioning in the renal artery.
Tip Marker at 1 mm Proximal of Distal Tip: Guides real-time fluoroscopic alignment.
Femoral Shaft Marker at 55 cm: Assists in precise catheter advancement from the femoral access point to the renal artery ostium.
3–8 mm Target: Designed to accommodate typical renal artery dimensions, ensuring broad patient candidacy for renal denervation therapy.