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Minimalnie inwazyjne narzędzia chirurgiczne
Created with Pixso. Bipolar Plasma Surgery Instrument for Knee, Shoulder and Hip Arthroscopic Procedures

Bipolar Plasma Surgery Instrument for Knee, Shoulder and Hip Arthroscopic Procedures

Nazwa marki: Golead
Numer modelu: DXR-G3800-AB120
MOQ: 1 sztuka
Cena £: negotiable
Czas dostawy: 2 dni robocze
Warunki płatności: T/T
Informacje szczegółowe
Miejsce pochodzenia:
Chiny
Orzecznictwo:
CE, ISO13485
Nazwa produktu:
Bipolarny przyrząd do chirurgii plazmowej do zabiegów artroskopowych kolan, barków i bioder
ablacja:
Poziom 1-9
Życie powłoki:
24 miesiące
Tworzywo:
Plastik, metal
Waga:
0,2 kg
jednorazowe:
Tak
Uszczelka:
Pudełko kartonowe
koagulacja:
1-6 poziom
Szczegóły pakowania:
Pudełko kartonowe
Możliwość Supply:
1000 sztuk miesięcznie
Opis produktu
Disposable Low Temperature RF Plasma Arthroscopy Probe
Bipolar Plasma Surgery Instrument for Knee, Shoulder and Hip Arthroscopic Procedures

Product Overview

The Disposable RF Plasma Joint Surgery Probe is designed for minimally invasive orthopedic arthroscopic procedures requiring precise soft tissue cutting, ablation and coagulation.

Powered by advanced low-temperature bipolar radiofrequency plasma technology, the probe generates a controlled plasma field at the electrode tip, enabling surgeons to remove and reshape targeted tissue while minimizing unnecessary thermal impact.

The probe is suitable for various orthopedic procedures, including:

  • Knee arthroscopy
  • Shoulder arthroscopy
  • Hip arthroscopy
  • Meniscus treatment
  • Synovial tissue ablation
  • Ligament release

With integrated cutting, ablation and coagulation functions, this plasma probe provides surgeons with an efficient solution for minimally invasive joint surgery.


Key Advantages
1. Low Temperature Plasma Technology
Precise Soft Tissue Treatment with Reduced Thermal Damage

Traditional electrosurgical instruments rely mainly on thermal cutting.

The RF plasma probe uses controlled plasma energy to achieve:

  • Low-temperature tissue treatment
  • Precise ablation
  • Reduced thermal spread
  • Better preservation of surrounding tissue
  • Clearer arthroscopic visualization

The plasma working principle allows targeted tissue treatment with controlled energy delivery.


2. Designed for Arthroscopic Joint Surgery
Knee Arthroscopy

Applications:

  • Meniscectomy
  • Meniscus trimming
  • Synovectomy
  • Cartilage-related procedures

Benefits:

  • Precise tissue removal
  • Efficient ablation
  • Improved surgical control

Shoulder Arthroscopy

Applications:

  • Subacromial decompression
  • Rotator cuff related procedures
  • Soft tissue debridement

Advantages:

  • Good access to joint spaces
  • Controlled soft tissue removal
  • Effective coagulation

Hip Arthroscopy

Applications:

  • Labral tissue treatment
  • Synovial ablation
  • Soft tissue management

3. Multiple Functions in One Probe
Cutting + Ablation + Coagulation
Function Clinical Benefit
Plasma cutting Precise tissue separation
Ablation Controlled tissue removal
Coagulation Bleeding control
Hemostasis Clear operative field

A single probe supports multiple surgical steps, helping improve operating room efficiency.


4. Optimized Design for Arthroscopic Procedures

The probe is designed for:

  • Minimally invasive access
  • Accurate tissue targeting
  • Stable plasma energy output
  • Convenient arthroscopic operation

Typical design features:

  • Angled electrode tip
  • Bipolar configuration
  • Suction channel option
  • Ergonomic surgical handling

The VF05G model, for example, uses a 90° probe angle, 2-wire configuration and 135mm length for joint surgery applications.


Clinical Applications
Sports Medicine & Orthopedic Surgery
Knee Joint
  • Meniscus surgery
  • Synovial tissue removal
  • Soft tissue ablation
Shoulder Joint
  • Shoulder arthroscopy
  • Soft tissue debridement
  • Ligament-related procedures
Hip Joint
  • Hip arthroscopy
  • Labral treatment
  • Synovial ablation
Small Joint Surgery
  • Wrist
  • Elbow
  • Ankle

Why Choose RF Plasma Arthroscopy Instead of Traditional Electrosurgery?
Technology Comparison
Feature RF Plasma Arthroscopy Probe Traditional Electrosurgery
Energy technology Bipolar RF Plasma Thermal electrical energy
Working temperature Low temperature plasma Higher thermal effect
Tissue effect Plasma molecular disruption Heat cutting
Thermal spread Reduced Higher
Arthroscopy application Specialized General
Functions Cutting + Ablation + Coagulation Cutting/Coagulation

Complete Orthopedic Plasma Surgery Solution
RF Plasma Generator
Disposable Arthroscopy Plasma Probe

Available applications:

Knee Plasma Probe

For:

  • Meniscus
  • Synovium
  • Cartilage procedures
Shoulder Plasma Probe

For:

  • Subacromial tissue
  • Soft tissue ablation
Spine Plasma Probe

For:

  • Disc decompression
  • Nucleus pulposus ablation

Technical Specifications
Parameter Specification
Product Name Disposable RF Plasma Joint Surgery Probe
Technology Cold Radiofrequency Plasma
Application Arthroscopy Surgery
Functions Cutting / Ablation / Coagulation / Hemostasis
Working Mode Ablation & Resection / Coagulation
Working Temperature 40–70℃
Probe Type Bipolar
Wire Configuration 2 Wire
Probe Angle 90°
Working Length 135mm
Usage Disposable
Certification ISO13485 / CE Available

Manufacturing & Quality Assurance
Professional RF Plasma Surgery Manufacturer

Our product portfolio includes:

  • Arthroscopy Plasma Probe
  • ENT Plasma Wand
  • Gynecology Plasma Electrode
  • Urology Plasma Loop
  • Spine Plasma Probe
  • RF Plasma Generator

The manufacturer provides plasma surgery systems covering multiple specialties, including arthroscopy, ENT, gynecology and urology.

Quality advantages:

  • ISO13485 quality management system
  • Sterile disposable production
  • OEM/private label support
  • International distributor cooperation

Distributor Partnership Opportunity

Ideal partners:

  • Arthroscopy equipment distributors
  • Sports medicine suppliers
  • Orthopedic surgery distributors
  • Hospital OR equipment companies

Support:

  • Product training
  • Technical documents
  • Registration assistance
  • Marketing materials
  • OEM customization

FAQ
What is the RF plasma joint surgery probe used for?

It is mainly used for arthroscopic procedures involving knee, shoulder and hip joints, including meniscus treatment, synovial ablation and soft tissue resection.


What are the advantages of low temperature plasma technology?

It enables controlled tissue cutting, ablation and coagulation with reduced thermal impact compared with traditional electrosurgical methods.


Is the probe reusable?

It is designed as a disposable surgical instrument to provide consistent performance for each procedure.

Manufaturing Photo

Bipolar Plasma Surgery Instrument for Knee, Shoulder and Hip Arthroscopic Procedures 0