CE ISO Low Temperature RF Plasma Coblation High Frequency Electrosurgical Unit ENT Spine Urology Gynecology

Minimally Invasive Precision for ENT, Sports Medicine, Spine, Urology & Gynecology

RF plasma coblation is a bipolar energy-based surgical technology that uses radiofrequency energy in a conductive saline medium to create a controlled plasma field at the electrode tip.

This plasma field contains highly energized particles that break molecular bonds within soft tissue at a relatively low temperature of 40°C–70°C, enabling precise tissue ablation with minimal thermal damage to surrounding structures.

Compared with traditional electrosurgical systems that rely on high-temperature thermal cutting, coblation technology offers a more controlled and tissue-preserving surgical effect.

Clinical Advantages in Surgical Applications

The low-temperature plasma coblation system is widely used in minimally invasive procedures across multiple specialties, including ENT, spine surgery, urology, gynecology, and pain management.

Key clinical benefits include:

• Reduced thermal injury to surrounding tissues
• Improved surgical precision in confined anatomical areas
• Lower intraoperative bleeding through controlled coagulation
• Faster postoperative recovery compared with traditional electrosurgery
• Enhanced visualization during minimally invasive procedures

Detailed applications are as follows:

ENT Surgery

• Tonsillectomy
• Adenoidectomy
• Turbinate reduction
• Soft palate procedures

Spine Surgery

• Disc decompression
• Minimally invasive nucleoplasty
• UBE minimally invasive surgeries

Orthopedics / Sports Medicine

• Synovial tissue debridement
• Joint soft tissue ablation

Urology

• BPH treatment
• Bladder tumor treatment
• Prostate tissue ablation

Gynecology

• Uterine fibroids treatment
• endometrial polyps, submucous myoma, intrauterineadhesions, uterine septum, irregular metrorrhagia and scarred uterus ablation

• Tissue ablation
• Resection
• Coagulation
• Hemostasis
• Suction-assisted removal

• Compared with traditional electrosurgical devices, Coblation technology operates at significantly lower temperatures, reducing thermal spread to adjacent tissues. This results in:

  • Reduced collateral tissue damage
  • Less postoperative pain
  • Faster healing response
  • Improved precision in delicate anatomical regions

A single system designed to support ENT, spine, orthopedic, urology and Gynecology procedures through controlled plasma ablation technology.

• CE&ISO 13485 manufacturing system
• Stable plasma output control
• Temperature regulation validation (40–70°C)
• Medical-grade system components

• Multi-specialty surgical platform
• Low-temperature plasma technology
• Reduced tissue damage compared to traditional RF systems
• Flexible clinical applications

• Get Full Technical Datasheet
• Request Pricing
• Arrange Product Demo
• Talk to Application Specialist

• Q1: What makes coblation different from traditional electrosurgery?
  A: Coblation uses low-temperature plasma (40–70°C), which reduces thermal damage compared to high-temperature electrosurgical systems.
• Q2: What procedures is this system used for?
  A: It is used in ENT, spine, urology, gynecology, and minimally invasive soft tissue surgeries.
• Q3: Does it reduce bleeding during surgery?
  A: Yes, the bipolar coagulation system allows controlled hemostasis during tissue ablation.
• Q4: Is this system suitable for minimally invasive surgery?
  A: Yes, it is specifically designed for precise minimally invasive procedures.