Access and Maneuver with Ease
The Cardioblate® LP bipolar device features a new sleek design that enables easy access to the required anatomical structures. The system (Cardioblate® LP bipolar device, monopolar pen, and generator) utilizes irrigated RF energy to provide surgeons with a means to ablate tissue easily and simply with confidence that the lesions are transmural.
Access Made Easier
Due to its overall sleek design, the Cardioblate® LP enables easy access to the required anatomical structures.
- The low-profile design allows access through a smaller incision.
- Sleek electrodes reduce the amount of dissection required.
- The extended flexible neck allows optimal positioning for virtually all lesions.
- Overall low profile-device design increases visualization, allowing for a clearer surgical field.
The Irrigated Advantage Delivers Transmurality You Can Trust
With over 30,000 clinical cases of irrigated RF ablation using the Cardioblate® System, it’s clear that irrigation is the key to creating transmural lesions.
- Controlled saline irrigation facilitates energy flow, allowing heat to move deeper into the tissue to create full cell death.
- The Cardioblate® Generator customizes energy delivery based on tissue requirements, ensuring a complete, transmural lesion without under- or over-ablating.
The Cardioblate® System Does It All
The Cardioblate® LP System provides the versatility to address your patient’s needs. This unique system allows you to do a full or partial lesion pattern. One system does it all.
- The Cardioblate® LP System facilitates a variety of approaches to performing surgical ablation procedures.
- The Cardioblate® Pen (extended or standard length) allows you to create connecting lesions.
- Single irrigation source for both devices provides easy set-up.
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Sleek, low-profile electrodes fit virtually anywhere you need to create a lesion. Seven (7) cm active electrodes complete virtually all lesions.
Pre-curved, rigid electrodes assure placement on targeted tissue. Blunt ended tips allow for safe electrode placement.
Simply rotate the head up to 300 degrees to
optimize position.
Saline irrigation cools the surface, minimizing
tissue charring.
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