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Disposable Infusion Medical Filter Manufacturer Of Iv Set With Flow Regulator
Disposable infusion filters are commonly used in intravenous (IV)
therapy to remove particulate matter, air, or other contaminants
from intravenous fluids before they reach the patient. The
inclusion of a flow regulator in an IV set helps control the rate
at which fluids are delivered to the patient.
1. Disposable Design:
- The device is meant for single-use and is disposed of after each
treatment. Disposable filters help prevent contamination and reduce
the risk of infection.
2. Flow Regulator:
- The flow regulator is a mechanism that allows healthcare
providers to control and adjust the rate at which the IV fluid is
delivered to the patient. This is crucial for ensuring that the
fluid is administered at the prescribed rate.
3. Compatibility:
- The infusion filter with a flow regulator is designed to be
compatible with standard IV administration sets. It can be
integrated into the IV line between the fluid source (IV bag or
container) and the patient.
4. Patient Safety:
- The combination of a filter and flow regulator contributes to
patient safety by preventing the infusion of particulate matter,
air bubbles, or other potentially harmful substances. The flow
regulator also helps prevent over-infusion or under-infusion of
fluids.
Options:
1. With or without Air vented
2. Transparent tube, DEHP-FREE tube
3. Latex injection bulb, Latex-free bulb, Y-site
4. Luer slip or luer lock connector
5. With or without needle (with cap if without needle)
Product Name | IV Fluids Flow Regulator |
Tube Material | PVC |
Feature | Sterile by EO gas; sterile, non-toxic, pyrogen free |
Sample | Free |
Tube length | With tube (35/60/90cm); with Y-connector or without |
1. How do you control IV flow rate?
There are two ways to regulate the amount and rate of fluids given
during intravenous therapy: manually and using an electric pump.
Both methods require your nurse to check your IV regularly to be
sure you're getting the correct amount of fluid.
2. What is the purpose of a flow regulator?
A water flow regulator is a common device that is used to maintain
a specified flow rate no matter how the pressure varies throughout
the supply line. If ever water is passing through the line at a
high pressure, the regulator will close just enough to ensure that
the water continues at a steady pace.
3. What happens when IV drip is too fast?
When an intravenous (IV) drip is administered too quickly, it can lead to various complications and adverse effects. The rate at which intravenous fluids or medications are infused is carefully controlled to ensure patient safety and the effectiveness of treatment. Here are some potential consequences of an IV drip being too fast:
1. Fluid Overload:
- One of the primary concerns is the risk of fluid overload.
Infusing fluids too quickly can overwhelm the body's ability to
process and eliminate the excess fluid. This can lead to fluid
accumulation in tissues, causing edema (swelling) and potentially
affecting vital organs.
2. Electrolyte Imbalances:
- Rapid infusion may disrupt the balance of electrolytes (such as
sodium, potassium, and chloride) in the body. Electrolyte
imbalances can have serious consequences, affecting nerve function,
muscle contractions, and other physiological processes.
3. Cardiovascular Complications:
- A rapid IV drip can put stress on the cardiovascular system,
potentially leading to an increase in blood pressure and strain on
the heart. This is particularly concerning for patients with
cardiovascular conditions.
4. Medication Toxicity:
- Some medications have specific infusion rates to prevent
toxicity. Administering medications too quickly may lead to higher
concentrations in the bloodstream, increasing the risk of adverse
effects or toxicity.
5. Pain or Discomfort:
- Rapid infusion can cause pain or discomfort at the infusion site.
This is especially true for medications that may irritate the vein
walls.
6. Risk of Air Embolism:
- If air enters the IV tubing and is delivered to the patient at a
fast rate, there is a risk of air embolism. Air embolisms can block
blood vessels and lead to serious complications.
7. Impaired Therapeutic Effect:
- For some medications, the therapeutic effect is optimized when
administered at a specific rate. Infusing too quickly may result in
inadequate absorption or distribution of the medication.