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RF Plasma Bipolar Hemostatic Electrode Surgical Low‑Temperature Tip for Open Surgery Hemostasis

RF Plasma Bipolar Hemostatic Electrode Surgical Low‑Temperature Tip for Open Surgery Hemostasis

Brand Name: Better
Model Number: BT901
MOQ: 100 piece
Price: Negotiable
Packaging Details: paper carton
Detail Information
Place of Origin:
CHINA
Certification:
ISO
Product Name:
Bipolar Hemostatic Electrode RF Plasma Surgical Electrode For Open Surgery Hemostasis`
Brand:
BETTER
Matching Device:
Plasma Surgical System (DE910)
Working Principle:
Generate A 50‑100 μm Highly‑concentrated Oxidative Plasma Thin‑layer With Saline / Body Fluid As Conductive Medium. 3‑5 eV Energy Breaks Organic Molecular Chains To Realize Molecular‑level Tissue Separation, Ablation And Hemostasis. Electric Current Does N
Core Characteristics:
Minimal Thermal Penetration; No Tissue Charring; Reduce Surgical Smoke; Less Collateral Tissue Injury; Favorable Postoperative Healing
Clinical Departments:
Breast & Thyroid Surgery, Orthopedics & Spinal Surgery, Head‑Neck Surgery, General Surgery
Usage Scenario:
Open Surgical Hemostasis, Tissue Ablation And Separation
Disclaimer:
For Medical Professionals’ Reference Only. Not For Retail Sale To End‑users
Supply Ability:
100000 sets per year
Highlight:

RF Plasma Bipolar Hemostatic Electrode

,

Hemostatic Electrode Open Surgery

,

Hemostatic Electrode Bipolar

Product Description
RF Plasma Bipolar Hemostatic Electrode Surgical Low‑Temperature Tip for Open Surgery Hemostasis
Product Overview

The RF Plasma Bipolar Hemostatic Electrode is a dedicated surgical tip engineered for compatibility with the DE910 plasma surgical system.

With saline or human body fluid serving as the conductive medium, the device produces a highly‑oxidizing thin plasma layer of 50‑100 μm surrounding the electrode tip.

Powered by 3‑5 eV energy, this plasma layer fractures organic molecular chains to achieve molecular‑level tissue separation and hemostasis.

Different from conventional high‑frequency electrosurgery, no electric current flows through the patient's tissue. This delivers distinct clinical benefits: low operating temperature and minimal thermal penetration, while preventing tissue charring. It also reduces harmful surgical smoke to safeguard operating‑room medical personnel, making it suitable for a wide range of open‑surgery disciplines.

Core Features & Benefits
  • Ultra‑thin 50‑100 μm Plasma Reaction Zone: Tissue processing is achieved through molecular‑chain cracking instead of high‑temperature burning. It significantly minimizes thermal injury to adjacent healthy tissues, reduces the risk of scar formation and enhances patients' postoperative prognosis.
  • No Tissue Charring for a Clean Surgical Field: It removes carbonized residues frequently encountered with conventional electrosurgical devices and maintains a clear surgical field throughout surgical procedures for surgeons.
  • Reduction of Harmful Surgical Smoke: Thanks to its optimized plasma operating principle, the electrode lowers smoke generation and mitigates the risk of toxic‑fume exposure for operating‑room surgical teams.
Clinical Applications

Breast & Thyroid Surgery: radical mastectomy, breast reconstruction, breast lymph node dissection, open thyroid surgery

Orthopedics & Spinal Surgery: total hip replacement, spinal fusion, scoliosis surgery

Head‑Neck Surgery: neck tumor resection, flap transplant surgery

General surgery: liver‑surface hemostasis and other open‑surgical bleeding control

Technical Support & Services

• 24/7 technical assistance hotline

• Online training videos and troubleshooting guides

• On-site training for healthcare professionals

• Regular software updates and maintenance

• Comprehensive warranty and repair services

Product Images
RF Plasma Bipolar Hemostatic Electrode surgical device close-up view RF Plasma Bipolar Hemostatic Electrode in clinical surgical setting RF Plasma Bipolar Hemostatic Electrode tip detail and components
Good price  online

Products Details

Home > Products >
Bleeding Control Probe/Bipolar Sealer
>
RF Plasma Bipolar Hemostatic Electrode Surgical Low‑Temperature Tip for Open Surgery Hemostasis

RF Plasma Bipolar Hemostatic Electrode Surgical Low‑Temperature Tip for Open Surgery Hemostasis

Brand Name: Better
Model Number: BT901
MOQ: 100 piece
Price: Negotiable
Packaging Details: paper carton
Detail Information
Place of Origin:
CHINA
Brand Name:
Better
Certification:
ISO
Model Number:
BT901
Product Name:
Bipolar Hemostatic Electrode RF Plasma Surgical Electrode For Open Surgery Hemostasis`
Brand:
BETTER
Matching Device:
Plasma Surgical System (DE910)
Working Principle:
Generate A 50‑100 μm Highly‑concentrated Oxidative Plasma Thin‑layer With Saline / Body Fluid As Conductive Medium. 3‑5 eV Energy Breaks Organic Molecular Chains To Realize Molecular‑level Tissue Separation, Ablation And Hemostasis. Electric Current Does N
Core Characteristics:
Minimal Thermal Penetration; No Tissue Charring; Reduce Surgical Smoke; Less Collateral Tissue Injury; Favorable Postoperative Healing
Clinical Departments:
Breast & Thyroid Surgery, Orthopedics & Spinal Surgery, Head‑Neck Surgery, General Surgery
Usage Scenario:
Open Surgical Hemostasis, Tissue Ablation And Separation
Disclaimer:
For Medical Professionals’ Reference Only. Not For Retail Sale To End‑users
Minimum Order Quantity:
100 piece
Price:
Negotiable
Packaging Details:
paper carton
Delivery Time:
5-8 Work day
Supply Ability:
100000 sets per year
Highlight:

RF Plasma Bipolar Hemostatic Electrode

,

Hemostatic Electrode Open Surgery

,

Hemostatic Electrode Bipolar

Product Description
RF Plasma Bipolar Hemostatic Electrode Surgical Low‑Temperature Tip for Open Surgery Hemostasis
Product Overview

The RF Plasma Bipolar Hemostatic Electrode is a dedicated surgical tip engineered for compatibility with the DE910 plasma surgical system.

With saline or human body fluid serving as the conductive medium, the device produces a highly‑oxidizing thin plasma layer of 50‑100 μm surrounding the electrode tip.

Powered by 3‑5 eV energy, this plasma layer fractures organic molecular chains to achieve molecular‑level tissue separation and hemostasis.

Different from conventional high‑frequency electrosurgery, no electric current flows through the patient's tissue. This delivers distinct clinical benefits: low operating temperature and minimal thermal penetration, while preventing tissue charring. It also reduces harmful surgical smoke to safeguard operating‑room medical personnel, making it suitable for a wide range of open‑surgery disciplines.

Core Features & Benefits
  • Ultra‑thin 50‑100 μm Plasma Reaction Zone: Tissue processing is achieved through molecular‑chain cracking instead of high‑temperature burning. It significantly minimizes thermal injury to adjacent healthy tissues, reduces the risk of scar formation and enhances patients' postoperative prognosis.
  • No Tissue Charring for a Clean Surgical Field: It removes carbonized residues frequently encountered with conventional electrosurgical devices and maintains a clear surgical field throughout surgical procedures for surgeons.
  • Reduction of Harmful Surgical Smoke: Thanks to its optimized plasma operating principle, the electrode lowers smoke generation and mitigates the risk of toxic‑fume exposure for operating‑room surgical teams.
Clinical Applications

Breast & Thyroid Surgery: radical mastectomy, breast reconstruction, breast lymph node dissection, open thyroid surgery

Orthopedics & Spinal Surgery: total hip replacement, spinal fusion, scoliosis surgery

Head‑Neck Surgery: neck tumor resection, flap transplant surgery

General surgery: liver‑surface hemostasis and other open‑surgical bleeding control

Technical Support & Services

• 24/7 technical assistance hotline

• Online training videos and troubleshooting guides

• On-site training for healthcare professionals

• Regular software updates and maintenance

• Comprehensive warranty and repair services

Product Images
RF Plasma Bipolar Hemostatic Electrode surgical device close-up view RF Plasma Bipolar Hemostatic Electrode in clinical surgical setting RF Plasma Bipolar Hemostatic Electrode tip detail and components