Medtronic CA15L2 Rein Percutaneous Ablation Antenna

Medtronic CA15L2 Rein Percutaneous Antenna

is engineered for high-performance microwave ablation in a wide range of minimally invasive oncology procedures. Designed for compatibility with advanced microwave ablation systems, this sterile, single-use antenna ensures precise, uniform, and controlled ablation of soft-tissue tumors, particularly those found in the liver, kidneys, lungs, and other critical anatomical regions. Its reinforced shaft structure provides exceptional stability during percutaneous insertion, allowing clinicians to access deep or complex lesions with confidence and accuracy. Optimized power transmission enhances ablation efficiency, reduces procedure variability, and supports predictable clinical outcomes. With a 15 cm working length, the antenna is designed for effective lesion targeting, stable tissue penetration, and consistent placement across a variety of interventional oncology applications. It is widely preferred by interventional radiologists and oncologists who require reliable performance, consistent ablation zones, and enhanced patient safety during tumor ablation procedures.

1. High-performance microwave energy delivery
2. Provides rapid and efficient thermal heating for effective tumor destruction.
3. Ensures consistent microwave propagation through different soft-tissue structures.
4. Delivers predictable ablation zones with minimal variability between procedures.
5. Supports the creation of uniform thermal fields needed for complete tumor coverage.
6. Sterile and single-use design
7. Minimizes the risk of cross-contamination between patients.
8. Ensures maximum procedural hygiene and patient safety.
9. Guarantees optimal antenna performance for each ablation procedure.
10. Eliminates maintenance or reprocessing requirements.
11. Reinforced structure for enhanced stability
12. Offers improved shaft strength for smooth and controlled percutaneous insertion.
13. Reduces bending or flexing when navigating through dense or sensitive tissues.
14. Maintains precise antenna placement in anatomically challenging pathways.
15. Helps clinicians achieve accurate lesion targeting even in difficult positions.
16. Optimized power transmission
17. Enables concentrated and stable energy delivery for consistent ablation patterns.
18. Improves uniform tissue heating, reducing cold spots during ablation.
19. Enhances procedural accuracy and supports efficient tissue destruction.
20. Helps shorten ablation time while maintaining the effectiveness of treatment.
21. 15 cm working length
22. Provides an ideal length for targeting deep or hard-to-reach tumors.
23. Supports smooth navigation through soft tissues with minimal insertion resistance.
24. Facilitates accurate placement under ultrasound, CT, or fluoroscopic guidance.
25. Offers versatility across different interventional oncology procedures.
26. Consistent and controlled ablation zones
27. Ensures uniform heating across targeted tumor regions.
28. Reduces the risk of incomplete ablation or residual tumor tissue.
29. Allows predictable clinical outcomes across multiple treatment sessions.
30. Supports reliable therapeutic performance with reduced operator variability.

This antenna is designed for oncologists and interventional radiologists seeking a dependable solution for soft-tissue tumor ablation. It provides a balance of stability, precision, and thermal efficiency, making it suitable for a wide variety of minimally invasive ablation procedures that require consistent results, patient safety, and high procedural accuracy.