2007 Press Releases

April 17, 2007

HydroCision to launch MicroResector MD at this week's

American Association of Neurological Surgeons (AANS) annual meeting

 

2006 Press Releases

December 14, 2006

HydroCision is awarded its 25th patent

 

December 8, 2006

HydroCision announces $12.7 million venture financing

November 22, 2006

HydroCision promotes Steve Van Tyle to Vice President of Global Sales

October 23, 2006

Dr. Stanton Schiffer is first San Francisco Bay area physician to successfully perform 100th herniated disc procedure using breakthrough, minimally invasive outpatient technique: HydroDiscectomy™

October 23, 2006

HydroCision® to train spine surgeons in Korea to use new, minimally invasive spinal procedure, HydroDiscectomy™

September 12 , 2006

Seattle-area physician performs region's first successful outpatient, herniated disc decompression

using breakthrough, minimally invasive fluidjet technology

July 31, 2006

HydroCision announces release of its SpineJet XL MIS Fusion Preparation System

July 7, 2006

HydroCision expands its U.S. distribution network

 

April 10, 2006

HydroCision receives 2006 'Medical Design Excellence Award' (MDEA)

for it's SpineJet MicroResector

 

February 27, 2006

HydroCision announces it's 10,000th procedure using it's novel

cutting-with-water fluidjet devices that have ushered in the era of HydroSurgery

 

February 13, 2006

Multi-center cadaveric study shows HydroCision's fluidjet-based platform

for removing spinal disc nucleus material and preparing disc endplates

for spinal fusion requires 65 percent fewer passes into, and out of, the disc space

than conventional surgical instruments

 

February 6, 2006

 

Multi-center cadaver study shows HydroCision's SpineJet XL removed

nearly 96 percent more soft tissue from the difficult-to-access

posterior contralateral disc area compared to conventional instruments

used in preparation for spinal fusion surgery

February 20, 2006

Multi-center cadaver study shows HydroCision's SpineJet XL removed 80 percent

of available end plate cartilage surface area compared to 70 percent with conventional

instruments used in preparation for spinal fusion surgery

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