Doctors Information > Cooled-RF Technologies > ThoraCool™ System

The ThoraCool™ Pain Management System

Thoracic Medial Branch Neurotomy

Medial branch denervation using the ThoraCool™ probe








The “Thoracic Safe Zone” directs the introducer towards the vertebral body.



ThoraCool™ Pain Management System For Thoracic Medial Branch Neurotomy

A major challenge in treating chronic, thoracic facet pain comes from the variable course of the medial branch nerve, particularly in the mid-thoracic levels.


The ThoraCool™ Pain Management System overcomes the challenge of the variable nerve course as follows:


  • With the ThoraCool™ Pain Management System, a large-volume lesion is created to ablate the targeted nerves using patent-pending Cooled-Radiofrequency technology.
  • Medial branch variability is compensated for by the lesion size and position.
  • The lesion shape and size is repeatable.

Straightforward Placement

  • Introducer is advanced to the target lesion location under fluoroscopic guidance, using a gun-barrel approach.
  • Using an ipsilateral oblique approach, the introducer is advanced toward the “Thoracic Safe Zone” to the target location; the “Thoracic Safe Zone” directs the introducer towards the vertebral body.
  • Probe placement is confirmed under fluoroscopy with the radiopaque marker.
  • The large, spherical lesions overcome the variability of the medial branch nerve course, disrupting the pain signals.


The ThoraCool™ Probe

  • Internally water-cooled radiofrequency (RF) probe allows for the creation of optimal, large-volume, spherical lesions.
  • Cooling maintains the desired temperature at all times, and produces the desired lesion shape and size, while eliminating tissue charring at the probe tip.
  • The temperature sensor at the end of the probe tip ensures an appropriate thermal gradient in the target tissue.
  • A radiopaque marker is located at the proximal end of the active tip. This marker defines the lesion location under fluoroscopy, confirming position and enhancing visualization.