Suzhou Belove Biotechnology Co., Ltd
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Product Registration Certificate No.: National Machinery Note Approval 20153151737
Registered Trademark: Lingan Brand
Title: Production, Materials, Usage, and Variability of Disposable Intravenous Catheters
Introduction:
Disposable intravenous catheters are essential medical consumables used for various medical procedures and treatments. This article aims to provide an overview of the production process, materials used, proper usage methods, and the significance of the variability rate of disposable intravenous catheters, which is estimated to be around 30%.
Production Process:
The production of disposable intravenous catheters involves several steps. First, medical-grade raw materials, such as plastic polymers, are selected for their biocompatibility and sterilizability. The materials undergo a rigorous quality control process to ensure they meet the required standards. Next, using advanced manufacturing techniques, the materials are shaped into the desired catheter design, which typically includes a flexible tube with a sharp needle or a catheter tip at one end. The catheters are then assembled, sterilized, and individually packaged in a sterile environment to maintain their integrity and prevent contamination.
Materials Used:
Disposable intravenous catheters are commonly made from materials such as polyvinyl chloride (PVC), polyurethane (PU), or silicone. These materials are chosen for their flexibility, durability, and ability to withstand sterilization processes. PVC catheters are cost-effective and widely used, while PU and silicone catheters offer enhanced biocompatibility and reduced risk of allergic reactions.
Usage Methods:
Proper usage of disposable intravenous catheters is crucial to ensure patient safety and minimize the risk of complications. The following steps are typically involved in their usage:
Variability Rate:
The variability rate of disposable intravenous catheters refers to the potential differences in performance, such as the rate of complications or catheter failure, among different brands or batches. A variability rate of approximately 30% indicates that there can be significant differences in the safety and effectiveness of catheters produced by different manufacturers or within the same production batch. Healthcare providers should be aware of this variability and consider factors such as catheter design, materials used, and brand reputation when selecting and using disposable intravenous catheters.
Conclusion:
Disposable intravenous catheters play a vital role in modern healthcare, providing safe and effective access to the vascular system for various medical treatments. Understanding the production process, materials used, proper usage methods, and the significance of the variability rate can help healthcare professionals make informed decisions and ensure optimal patient care. Continuous quality improvement efforts and adherence to best practices are essential in minimizing complications and enhancing the overall safety and efficacy of disposable intravenous catheters.
divided into two types, Y-A and Y-AZ.
| Type | Product Specifications | Flow Rate | Clinical Applications | Color | |
| Y-A(Butterfly type)
| 26G*0.63IN | 0.6*16mm | 10ml/min | Neonates and fine vessels | Purple |
| 26G*0.75IN | 0.6*19mm | ||||
| 24G*0.75IN | 0.7*19mm | 19ml/min | Pediatrics/Neonatal Infusion | Yellow | |
| 22G*0.75IN | 0.9*19mm | 33ml/min | Routine infusion for adults | Blue | |
| 22G*1.00IN | 0.9*25mm | ||||
| 20G*1.16IN | 1.1*30mm | 50ml/min | Emergency infusion/blood transfusion | Pink | |
| 18G*1.16IN | 1.3*30mm | 70ml/min | Emergency Surgery | Green | |
Indwelling needles are left in the foot:
(1) Do not walk on the foot with the needle in place as much as possible;
(2) Put clothes or soft pads between the legs to separate the feet when sleeping to prevent the child's feet from stirring off the needles;
(3) Elevate the limb with the indwelling needle slightly by 20 to 30 degrees when sleeping to prevent back bleeding.
This product is suitable for the collection of peripheral intravenous infusions and blood samples with a retention time of no more than 72 hours
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