Spine RF Plasma Surgical System YSRFS-100A
Functional Features
Universal utilities in ENT, Spinal and Arthroscopic procedures
Performing gentle, precise soft tissue removal at low temperatures (between40° and 70°C) in the well defined area with low operating frequency(100kHz)
Multiple functions: ablation, cutting, coagulation and hemostasis
Bipolar energy delivery provides enhanced control and precision
Multi-electrode technology
A wide selection of Plasma Wands: available in different sizes and configurations to meet different anatomical needs of specific surgical procedures
Versatile Wand combining integrated ablation, suction, saline irrigation, and hemostasis capabilities allows for efficient procedure
Foot Control maximizes user efficiency and OR flexibility
Unique square waveform delivers ablation energy more rapidly
Easy set-up procedure guarantees OR efficiency
PFC circuit helps reduce environmental risks
Clinical Application
Percutaneous Disc Decompression (PDD)
A minimally invasive outpatient approach to disc decompression.
Percutaneous Disc Decompression
by creating multiple tissue ablation channels, relieves intradiscal pressure and reduces pressure applied by the disc to adjacent nerves.
PDD using plasma-mediated ablation technique features numerous benefits
Controlled removal of nucleus tissue with no damage to the adjacent structures
Immediate reduction in intradiscal pressure
Performed on an outpatient basis
Requires only local anesthesia
Less invasive and less traumatic than open procedure
Promises shorter recuperation time with no bracing needed
Sustained reduction in VAS pin score
Simple and safe procedure with low risk of complication
Promotes positive intradiscal biochemical effect
Is thermally safe with no tissue necrosis
RF Spine Wand for Percutaneous Spinal Endoscopy
Patient selection criteria
Painful discal protrusions and contained herniations in the cervical and lumbar regions
Features and benefits
Outstanding performance in ablation, hemostasis and soft tissue shrinkage
Minimal damage to the adjacent healthy tissues
Very limited depth of thermal damage(<150um )
Uses low temperatures ( between 45°C -55°C)
Improved precision and greater maneuverability





















