Table of Contents

1. Introduction
2. Medical Applications of Cannula
3. Conpuvon Company Solutions
4. References

Introduction

A cannula is a thin tube inserted into a vein or body cavity to administer medication, drain off fluid, or introduce devices. Its use is prevalent in medical settings ranging from surgeries to cosmetic procedures.

Medical Applications of Cannula

Cannulas have several applications in the medical field, including:

1. Intravenous Therapy

The primary use of a cannula is for intravenous infusion of fluids or medications. The gauge size of cannulas varies from 14G to 24G, with smaller numbers indicating larger diameters. Common applications involve hydration, electrolyte balancing, and medication delivery.

2. Surgical Procedures

In surgeries, cannulas are often used for draining fluids from surgical sites. A typical parameter is using a 16G or 18G cannula for effective drainage without causing additional trauma to tissues.

3. Respiratory Support

Nasal cannulas deliver supplemental oxygen to patients with respiratory conditions. They can supply up to 6 liters of oxygen per minute, effectively increasing oxygen blood saturation levels.

4. Cosmetic Applications

In cosmetics, blunt cannulas are preferred for fillers due to their reduced risk of bruising and vascular damage. The typical size used ranges from 22G to 27G, allowing precise application.

Conpuvon Company Solutions

Conpuvon is an innovator in cannula manufacturing, offering advanced solutions and enhanced designs for increased efficacy:

Product Features

• Biocompatibility: Utilizing materials that reduce allergic reactions.
• Precision Engineering: Structural stability ensures efficient flow rates.
• Multi-Port Options: Innovative designs facilitating simultaneous multiple fluid administrations.

Technological Advancements

Conpuvon implements advanced technology in manufacturing processes to better suit modern medical needs. This includes data-driven design optimization, where the flow rate and pressure loss are minimized through computational fluid dynamics simulations.

References

1. Smith, J. & Brown, L. (2022). Introduction to Medical Devices: An Overview. Medical Press.
2. Jones, T. (2023). Surgical Instrumentation and Techniques, 5th ed. Clinical Technologies Inc.
3. Conpuvon Company. (2023). Innovations in Cannula Design. Available at: https://www.conpuvon.com/solutions