Bipolar cutting electrosurgical unit S100

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The RF Plasma Surgery System combines advanced bipolar plasma technology with minimally invasive surgical techniques to provide precise tissue ablation, resection, coagulation, and hemostasis across multiple surgical specialties.

Using controlled plasma energy, the system operates at a low temperature range of approximately 40°C–53°C, helping minimize thermal damage to surrounding tissues and nerves while providing effective surgical performance.

Designed for ENT, urology, gynecology, sports medicine, and spine procedures, the system enables surgeons to perform accurate tissue removal, controlled ablation, and reliable hemostasis through a single multifunctional platform.

With bipolar and multipolar plasma technology, the system supports multiple surgical functions including:

Tissue ablation
Precise resection
Hemostasis and coagulation
Channeling and decompression

The integrated multifunctional probe design reduces the need for frequent instrument exchange during procedures, improving workflow efficiency and surgical convenience.

Key Advantages of Plasma RF Technology
Low-Temperature Plasma Energy

The plasma arc operates at approximately 40°C–53°C, providing controlled energy delivery with reduced thermal spread compared with traditional electrosurgical technologies.

Clinical benefits:

Reduced risk of collateral tissue damage
Better protection of surrounding nerves and structures
Precise tissue treatment
Multi-Functional Surgical Platform

One system supports multiple surgical functions:

Ablation
Resection
Coagulation
Hemostasis
Tissue remodeling

The multifunctional probe integrates multiple capabilities into one handpiece, helping simplify surgical procedures and improve operating efficiency.

Clinical Applications
ENT (Ear, Nose & Throat Surgery)

The plasma RF system is widely used for minimally invasive ENT procedures, including:

Turbinate reduction (CAUP)
UPPP surgery
Tonsillectomy
Adenoidectomy
Papilloma removal
Polyp removal
Other benign tumor procedures

Clinical advantages:

Precise tissue removal
Effective bleeding control
Reduced thermal injury
Improved surgical visibility
Urology

The system supports minimally invasive urological procedures requiring precise tissue treatment and coagulation.

Applications include:

Soft tissue ablation
Tissue resection
Hemostasis procedures
Gynecology

Plasma RF technology provides controlled tissue treatment for gynecological procedures.

Applications include:

Endoscopic tissue ablation
Lesion removal
Hemostasis during minimally invasive procedures
Sports Medicine & Arthroscopy

The plasma RF system is widely applied in arthroscopic procedures involving:

Knee joint
Shoulder joint
Hip joint
Small joints

It supports:

Meniscus treatment
Cartilage trimming
Synovial tissue removal
Tendon treatment
Glenoid labrum procedures
Debridement and ablation

Clinical advantages:

Precise arthroscopic tissue management
Controlled ablation
Efficient hemostasis
Spine Surgery

The system supports minimally invasive spine procedures, including:

TESSYS endoscopic spine surgery
Nucleoplasty
Disc decompression
Visualized ablation
Hemostasis and tissue resection

Clinical advantages:

Precise nucleus pulposus treatment
Controlled tissue removal
Reduced surgical trauma