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Ventricular Pacing Electrode Catheters

Name: Ventricular Pacing Electrode Catheters
Brand: Advin Health Care
Price: 30 USD
Availability: InStock

Price 30 USD ($)/ Piece

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MOQ : 1 Piece

Ventricular Pacing Electrode Catheters Specification

Features
Radiopaque Markings, Soft Tip, Flexible Shaft, Sterile, Single Use

Instruments Type
Electrophysiology/Electrode Catheter

Shelf Life
2 - 5 Years (sealed packaging)

Storage Instructions
Store in Cool, Dry Place; Avoid Direct Sunlight

Measurement Range
Suitable for Varied Patient Anatomy (multiple sizes available)

Frequency
Up to 2 kHz (Electrode pacing limits)

Function
Provides electrical stimulation to the ventricle

Usage Type
Single Use/Disposable

Accuracy
High precision for temporary pacing

Equipment Type
Ventricular Pacing Electrode Catheter

Material
Medical Grade Polyurethane / Silicone / Stainless Steel

Condition
New

Technology
Electrode Pacing

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Manual/Interventional

Use
Temporary/Ventricular Cardiac Pacing

Power Source
External (via Pacing System)

Dimension (L*W*H)
Varies (based on catheter length and French size)

Weight
Lightweight (typically < 30g)

Color
Transparent/Green/Customize

Connector Type
Universal Connector with Standard Socket

Packaging
Individual Sterile Blister Pack

Length Availability
Lengths from 50 cm to 120 cm or as required

Catheter Diameter
Available in 4F, 5F, 6F, etc.

Insertion Style
Percutaneous

Sterilization Type
Ethylene Oxide Gas (EO) Sterilized

Latex-Free
Yes

Tip Type
Soft Flexible or Straight Tip

Compatibility
Compatible with Most External Pacing Generators

Regulatory Compliance
ISO & CE Certified

Intended Patient Group
Adult and Pediatric

About Ventricular Pacing Electrode Catheters

Advin Health Care is a trusted manufacturer of Ventricular Pacing Electrode Catheters designed to meet international quality standards. These catheters are used in cardiac care to deliver electrical impulses directly to the ventricular myocardium, ensuring reliable temporary pacing support and effective heart rhythm management during emergency or interventional procedures.

Key Features

Accurate ventricular pacing for stable cardiac rhythm control
Flexible and atraumatic catheter design for safe vascular navigation
Reliable electrical conductivity for consistent pacing performance
Optimized tip configuration for secure myocardial contact
Radiopaque markers for precise positioning under imaging guidance
Compatible with standard temporary pacemakers and monitoring systems

Certifications

We are certified with CE, ISO 13485, and ISO 9001 standards.

Product Keywords

Ventricular Pacing Electrode Catheter, Ventricular Pacing Lead, Cardiac Pacing Catheter, Temporary Ventricular Lead, Transvenous Pacing Electrode, Cardiac Rhythm Management Catheter

, , , , , .

Catter con electrodo de estimulacin ventricular, electrodo de estimulacin ventricular, catter de estimulacin cardaca, electrodo ventricular temporal, electrodo de estimulacin transvenosa, catter para el control del ritmo cardaco

Cathter d'lectrode de stimulation ventriculaire, sonde de stimulation ventriculaire, cathter de stimulation cardiaque, sonde ventriculaire temporaire, lectrode de stimulation transveineuse, cathter de gestion du rythme cardiaque

Comprehensive Range for Versatility

This catheter series provides an extensive choice of diameters and lengths, making it suitable for adult and pediatric patients in various clinical scenarios. Its soft flexible or straight tip options and radiopaque markings aid clinicians in accurate placement, while the universal connector ensures seamless integration with widely used pacing generators in hospitals and clinics.

Safety and Performance Standards

Each catheter adheres to stringent ISO and CE certification requirements, guaranteeing safety and reliability. Ethylene oxide sterilization and latex-free materials minimize allergic reactions, while the durable, medical-grade construction promotes secure percutaneous insertion. The sterile packaging offers assured hygiene, and a shelf life of up to five years allows for long-term storage.

Ease of Use and Patient Comfort

The soft flexible tip and lightweight design enhance patient comfort during temporary ventricular pacing. Transparent or customizable coloring aids visual confirmation, and the disposable single-use format reduces infection risk. The catheter's compatibility with most external pacing generators further streamlines workflow for healthcare professionals.

FAQ's of Ventricular Pacing Electrode Catheters:

Q: How is the Ventricular Pacing Electrode Catheter inserted?

A: The catheter is typically introduced percutaneously-meaning it is inserted through the skin into a blood vessel using sterile technique. Its flexible shaft and soft tip facilitate smooth vascular navigation and minimize tissue trauma during placement.

Q: What are the key benefits of using this catheter for temporary ventricular pacing?

A: Key benefits include high precision in cardiac stimulation, compatibility with most external pacing generators, a wide selection of diameters and lengths for various patient anatomies, single-use design for reduced infection risk, and radiopaque markings for accurate placement under imaging.

Q: When should this ventricular pacing catheter be used?

A: This device is intended for temporary pacing of the ventricle in adult and pediatric patients, such as during surgery, acute cardiac emergencies, or when primary conduction pathways are compromised and short-term electrical support is required.

Q: Where can the catheter be used in healthcare settings?

A: The catheter is suitable for use in hospitals, intensive care units, operating rooms, cardiac care units, and emergency departments-anywhere temporary ventricular pacing is necessary.

Q: What is the process for connecting the catheter to a pacing generator?

A: After sterile insertion, the universal connector at the proximal end attaches to the standard socket of most external pacing generators, establishing an electrical circuit for real-time cardiac stimulation and monitoring.

Q: How should the catheter be stored before use?

A: Store the individually blister-packed catheter in a cool, dry place, away from direct sunlight. Avoid exposure to excessive heat or moisture to preserve its sterility and structural integrity throughout its shelf life of two to five years.

Q: What materials are used in the manufacture of the catheter?

A: These catheters are constructed from medical-grade polyurethane, silicone, and stainless steel. They are free from latex, minimizing the risk of allergic reactions for sensitive patients and healthcare workers.

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