Accurian™ RF ablation platform
Accurian™ is a radiofrequency (RF) nerve tissue ablation platform that delivers consistent and predictable lesions and smart features for ease of use.
Description
RF ablation platform designed from the ground up
The Accurian™ radiofrequency (RF) ablation platform combines proprietary hardware design and quad core processing, resulting in sophisticated algorithms that manage power and control temperature during ablation surgery. Together, enhanced and standard ablation procedures create a comprehensive range of lesion shapes, sizes, and volumes — predictably and consistently. Extensively tested for lasting reliability, the Accurian™ ablation therapy platform is upgrade-ready for the future.
Form consistent and predictable lesions across all channels
- The ultra-responsive proprietary algorithm accurately regulates temperature — resulting in consistent and predictable lesion formation during the entire procedure on all active channels.
- The SmartStart™ algorithm strategically distributes power to ensure that all channels reach and maintain the set temperature — reducing the risk of underpowered scenarios.
Smart probes
- On-screen identification helps you easily troubleshoot a specific channel
- Chip-enhanced probes
- On-screen tutorials
Manage four channels independently
- Channel-specific start/stop/restart, temperature control and timer control mean you can manage four ablations independently — even mid-procedure.
- Advanced power management allows four channels to start simultaneously — independently or staggered.
Boost efficiency with smart features
- PDF procedure and reusable probe usage reports
- 14-ft combined hub and probe cables
- Ability to self-test and self-calibrate with each generator start, reducing the need for maintenance
Technology features
- Easily upgrade software via USB to minimize downtime
- High-resolution 16:9 touchscreen
- HDMI port for secondary monitor
- Intuitive and easy-to-use design
- Room for up to 10 treatment or physician profiles
Accurian™ enhanced RF
- Internally cooled probes create larger, spherical lesions (compared to standard lesions) with greater distal projection.
- Enhanced probes offer increased flexibility in approach angle (as much as 45% of lesion volume is projected distally to probe tip).
- Add cooling pump for enhanced procedures with internally cooled probes.
