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Feeding Pump

Feeding Pump

Feeding pumps are an essential tool for delivering medications, antibiotics, and hydration to patients who need it. In this article, we'll explore the basics of feeding pumps and how they help keep patients safe and healthy. We'll also discuss the advantages that come with using a feeding pump, as well as some potential drawbacks. So if you're interested in learning more about feeding pumps and how they work, read on!

  • Easy to operate and user friendly
  • Audible and visible alarms includes overtime alarm, occlusion alarm, empty alarm, infusion over alarm, low battery alarm, operation error alarm, etc.
  • Large colorful LCD display.
  • Purge and Reverse function.
  • Two Power supplies: AC power supply or built-in rechargeable Lithium-ion polymer battery

Technical Specification:

  • 1. Flow rate: 1ml/h~500ml/h, 1ml/h increment.
  • 2. Target infused volume / Tar. volume: 0~9999ml, (0~999.9ml, 0.1ml increment; 1000~9999ml, 1ml increment).
  • 3. Infused volume: 0~9999ml, (0~999.9ml, 0.1ml increment; 1000~9999ml, 1ml increment).
  • 4. The flow precision is ± 10% according to the clinical setting.
  • 5. Purge and reverse rate: 500ml/h.
  • 6. Fuse specification: F1AL /250V, 2 pieces per pump.
  • 7. Power supply: AC 100V~240V, 50/60Hz, ≤25VA,
  • 8. Internal Lithium-ion polymer battery: DC 11.1V, ≥1600mAh. The battery backup is approx. 5 hours when using a fully charged battery and running at 25ml/hr.
  • 9. Operating condition:
    Temperature 5~40oC,
    Relative humidity: 20~90%.
    Atmospheric pressure: 860hPa~1060hPa.
  • 10. Safe grade: Class I, type CF
  • 11. Size: 130 mm (W) × 150mm (H) × 100mm (D)
  • 12. Net weight: approx. 2kg

What is a Feeding Pump?

A feeding pump is a specialized medical device that is used to deliver nutrition directly to the stomach or small intestine. Feeding pumps are most commonly used for people who cannot eat by mouth, have difficulty swallowing, or require a very controlled diet. Feeding pumps can be used to deliver a variety of liquids and semi-solid foods, as well as some medications. They are usually portable and can be worn under clothing. Some types of feeding pumps can be implanted under the skin. Feeding pumps are often prescribed by doctors or dietitians as part of an overall treatment plan for conditions such as: Cancer Crohn's disease Cystic fibrosis Heart failure Kidney failure Parkinson's disease

When do I Use a Feeding Pump?

Feeding pumps are most commonly used for infants and young children who cannot eat by mouth. They may also be used for older children and adults who have difficulty eating or swallowing. Pumps can be used to deliver milk, formula, or other liquids directly into the stomach through a small tube (catheter) that is inserted through the nose or mouth. Pumps are often used when a child is born prematurely or has certain medical conditions that make it difficult to eat by mouth. Pumps may also be used after surgery, if a child is unable to take food or liquids by mouth, or if a child is at risk for dehydration. Pumps are usually portable and can be operated with one hand, so they can be used anywhere – at home, at daycare, or on the go.

What are the Different Types of Feeding Pumps?

Parenteral nutrition (PN) is a way of getting nutrients through a vein. This can be done either with intravenous fluids or with special feeding solutions that contain all the necessary nutrients. A feeding pump is a device that helps deliver these solutions into the bloodstream in a controlled and safe manner. There are different types of feeding pumps available, each with its own advantages and disadvantages. The most common type is the gravity-fed pump, which uses gravity to draw the solution from a container and deliver it into the vein. This type of pump is simple to use and relatively inexpensive, but it can be slow and impractical for larger volumes of solution. Another common type of feeding pump is the electric pump, which delivers solutions at a more consistent rate than a gravity-fed pump. Electric pumps are more expensive than gravity-fed pumps, but they are faster and more precise. Some electric pumps can also be programmed to deliver specific amounts of solution over time, which can be helpful for people who need to receive very large volumes of solution or who need to have their solution delivered at specific intervals.

How Do I Know if Feeding Pumps are Right for Me?

If you are considering using a feeding pump, it is important to understand how they work and if they are the right fit for your lifestyle. Here are some questions to ask yourself to help make that decision: Do I need to be able to eat and drink normally? No, you do not need to be able to eat and drink normally to use a feeding pump. In fact, many people who use feeding pumps cannot eat or drink due to medical conditions. Can I manage the pump on my own? Yes, you can manage the pump on your own. However, it is important to have someone else available who knows how to operate the pump in case of an emergency. Do I need a prescription from my doctor? Yes, you will need a prescription from your doctor in order to get a feeding pump. Your doctor will be able to determine if a feeding pump is right for you based on your medical needs.

Can I Use a Feeding Pump with Medications or Antibiotics?

Yes, you can use a feeding pump with medications or antibiotics. However, there are some things to keep in mind when doing so. First, make sure that the medication or antibiotic is compatible with thefeeding pump. Second, be sure to follow the instructions on the label of the medication or antibiotic. Third, consult with your healthcare provider before using a feeding pump with medications or antibiotics.

How Should I Clean My Feeding Pump?

It is important to clean your feeding pump regularly to prevent the build-up of bacteria and other contaminants. Here are some tips on how to clean your feeding pump:


1. Wash the exterior of the pump with warm, soapy water.


2. Disassemble all of the parts that come into contact with food or liquids (such as the tubing, reservoir, and valve).


3. Clean all of the parts with warm, soapy water. You can also use a mild bleach solution (1 teaspoon of bleach per 1 cup of water) to disinfect the parts.


4. Rinse all of the parts thoroughly with clean water and allow them to air dry.


5. Reassemble the pump and make sure all of the parts are securely fastened.

Breast feeding has been around for as long as humans but the feeding pump is a fairly new invention. The feeding pump is directly similar to the abusing machine used on cows. Utmost people suppose that the pump sucks milk from the bone when in fact the pump is made to spark the milk ejection response. This is done by using suction which pulls the nipple into the channel and also releases it, this is called a cycle. The better bone pumps will perform anything from 30 to 60 cycles per nanosecond. As a mama you'll find that expressing milk in the morning allows you to yield further milk than if you expressed it latterly through out the day. For this reason it makes sense to use your pump in the morning period and fill up storehouse holders which can also be fed to the baby using a bottle latterly in the day. Presumably the most common cause for using this medical outfit is so women can carry on bone feeding after they return to work. For illustration they might pump milk into storehouse holders in the morning, which can be given to the person looking after the baby, for use latterly in the day. Bone feeding pumps also allow women to increase their milk yield. By pumping further than is needed for the baby your body will produce further coming time round, allowing you need it. Any  feeding pump will fall into one of three main orders. Homemade feeding Pumps, Electric feed Pumps and Bottom-powered feed Pumps. Each order has a description listed below. Homemade  Feeding Pump operated by using a detector like handle, which allows the mama to directly control the pressure and frequency of the pumping. Electric  Feeding Pump Powered by a small motor, the pump provides a suction which is delivered via plastic tubing and a channel shaped mug which sits over the nipple. Bottom-powered feed Pump This type of pump uses the same tubing an electric pump would but is bottom powered rather. This is easier also the hand primer option and occasionally can be more accessible than the electric bone as you do not need to find a power force. Nexgen Medical brings a easy to operate and user friendly feeding pump at competitive prices. Feeding Pump