Introduction
The Veress Needle Connector is a precision-engineered accessory designed to provide a secure and reliable connection between the Veress Needle and the insufflation system during laparoscopic procedures. It plays a critical role in ensuring efficient carbon dioxide (CO₂) delivery for the creation of pneumoperitoneum prior to trocar insertion. Manufactured from high-quality medical-grade materials, the connector offers durability, leak-resistant performance, and dependable clinical operation.
Product Overview
The Veress Needle Connector is specifically designed to facilitate a secure interface between the insufflation tubing and the Veress Needle. Its precision-machined construction helps maintain uninterrupted gas flow while minimizing the risk of leakage during insufflation procedures.
The connector is easy to attach and remove, allowing quick setup and efficient workflow in the operating room. Its compact and durable design makes it an essential component of laparoscopic access systems.
Model Information
| Model Number | Product |
|---|---|
| 801.231 | Veress Needle Connector |
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Veress Needle Connector |
| Model Number | 801.231 |
| Material | Medical-Grade Stainless Steel |
| Compatibility | Veress Needle Systems |
| Function | Insufflation Connection |
| Sterilization | Autoclavable |
| Reusability | Reusable |
| Application | Laparoscopic Surgery |
Clinical Benefits
- Provides a secure connection between the Veress Needle and insufflation tubing.
- Helps ensure uninterrupted CO₂ flow during pneumoperitoneum creation.
- Minimizes the risk of gas leakage.
- Supports efficient surgical workflow.
- Easy to connect and disconnect.
- Suitable for repeated clinical use.
- Enhances reliability during laparoscopic access procedures.
Applications & Uses
The Veress Needle Connector is commonly used in:
- General Laparoscopic Surgery
- Gynecological Procedures
- Urological Surgery
- Bariatric Surgery
- Diagnostic Laparoscopy
- CO₂ Insufflation Systems
- Minimally Invasive Surgical Procedures
Product Advantages
Secure Connection Design
Provides reliable attachment between the Veress Needle and insufflation equipment.
Leak-Resistant Performance
Helps maintain consistent gas flow and minimizes insufflation loss.
Easy Handling
Designed for quick connection and disconnection during surgical setup.
Durable Construction
Manufactured from premium medical-grade materials for long-term performance.
Broad Compatibility
Compatible with standard Veress Needle systems used in laparoscopic surgery.
Quality Assurance
Each Veress Needle Connector undergoes strict quality control procedures to ensure reliable clinical performance.
Quality assurance processes include:
- Material quality inspection.
- Dimensional accuracy verification.
- Connection fitting inspection.
- Gas flow performance testing.
- Surface finish evaluation.
- Final product quality assessment.
These procedures help ensure consistent quality and dependable operation.
Safety Features
- Precision-machined connection interface.
- Secure fitting mechanism.
- Leak-resistant construction.
- Corrosion-resistant materials.
- Smooth surface finish.
- Sterilization-compatible design.
- Reliable gas flow performance.
Design & Construction
The Veress Needle Connector is manufactured using premium medical-grade stainless steel to ensure superior durability, corrosion resistance, and long-term reliability. Its precision-engineered connection interface provides a secure fit between the Veress Needle and insufflation tubing, helping maintain consistent gas delivery during laparoscopic procedures.
The compact design allows easy handling and efficient integration into existing insufflation systems. Resistant to repeated sterilization cycles, the connector maintains its structural integrity and performance over extended clinical use. Combining precision engineering, reliable functionality, and durable construction, the Veress Needle Connector is an essential accessory for safe and effective pneumoperitoneum creation.
