

Why the HydroCision SpineJet System Makes Sense for Your Practice
HydroCision's SpineJet technology uses a high-velocity water stream with Venturi suction to cut and aspirate tissue simultaneously. It provides precise, predictable nucleus removal for decompression, regardless of disc hydration.
It's Efficient and Controlled
- Simultaneously and precisely cuts and aspirates nucleus, reducing procedural time
- Power-driven nucleus removal allows you to accurately control the quantity of disc removed
- Sterile, disposable access set and hand pieces permit faster set-up, eliminating the need to clean, inspect, and sterilize before each procedure
Designed with Safety in Mind
- Cool, fluid-based cutting action eliminates the risk of thermal tissue damage
- Round, blunt PercResector tip reduces risks of annular puncture and endplate damage
- Percutaneous approach eliminates the need for nerve root manipulation thereby decreasing risk of postoperative radicular pain secondary to neurofibrosis
- One-step, seamless insertion of dilator and cannula ensures smooth, atraumatic entry into the disc space for dilation and avoids cutting annular fibers
- Retrograde nucleus consumption
Meaningful Tissue Removal Is the Key to Effective Disc Decompression
- Predictably removes precise amount of nucleus to decompress the nerve root in 2 to 3 minutes
- Ablates tissue efficiently, regardless of patient's age and disc hydration
- Small dilated annulotomy reduces risk of reherniation
The HydroDiscectomy Access Cannula Set is designed specifically for HydroDiscectomy procedures
- Offers optimal positioning within the disc nucleus
- Creates a small annular defect while allowing fanning action of the PercResector for increased targeted tissue resection
How Patients Benefit
- Outpatient procedure
- Fast recovery: back to work quickly
- Less pain
- No bone removal
- No trauma to back muscles
- No general anesthesia
- No heat damage to surrounding tissue
- Dilated annulotomy reduces reherniation risk
- Preserves down stream surgical options
- 84% success rate in avoiding surgery (current data)
- 98% improvement in postoperative pain assessment