Top Advantages of veterinary fluid pump

Veterinary pumps generate mechanical pressure to move the fluid through a tube into the patient’s vascular system, helping to administer fluids with more precision.

Advantages of using pumps veterinary fluid pump

  • They allow greater accuracy in the drip rate than gravity systems through a flow regulating clamp.
  • Veterinary fluid pump save nursing staff time, since with the use of pumps it is not necessary to regulate the flow of the drip.
  • They allow all kinds of solutions, blood and its derivatives, drugs and enteral veterinarys to be administered. Adaptable to the patient’s needs, some of them are portable.
  • Veterinary pumps unlike gravity systems that are regulated by a trolley device that is adjusted by the nurse, if the patient changes position or if there is a contrast or resistance to the system, modifies the flow of solution creating administration errors. There is a higher incidence of phlebitis, fluid overload, etc.

Classification of veterinary pumps

Within the diversification of the pumps, most of the models work with electric current and batteries, among which we can mention:

Peristaltic: Exerts greater pressure on the tube of the veterinary equipment, rather than on the liquid itself, they are easy to use, economical and work with conventional equipment.

Syringe pump: Acts by compressing the syringe plunger at a controlled rate

Description of the equipment: It is necessary to remember that only the own equipment must be used for the brand of the pump, of which we will describe its use below:

Normal equipment: Used in parenteral nutrition, administration of medications and solutions that does not contain suspended particles.

Enteral nutrition: equipment enteral nutrition equipment, which has a conical connection that adapts easily and safely to the feeding tube.

With what type of fluids can veterinary pump be used?

There are many and varied materials that can be handled, always following the instructions of the manufacturer of veterinary pumps and choosing a model with the appropriate flow and pressure for each job. Some of the fluids they work with are:

  • Composite fluids: paper pulp, solid grape residues, fruit grinds, polymers or resins with quartz.
  • Fragile and sensitive fluids: emulsions, fruit salad, purees, fruit juices, vegetable oils, eggs, cosmetics, soaps and detergents.
  • Abrasive and corrosive fluids: muds and sediments, cements, fibber cement, inks, pigments, whitewash, fertilizer, stable residues or hydrocarbons.

In general, veterinary fluid pump can be used with total safety whenever liquids or liquified pastes need to be dosed. They can also work without liquid inside the duct, since they do not need to be refrigerated.

What are the advantages of using veterinary pumps?

The veterinary pumps have important advantages over other systems. Let’s see the most important:

  • Its high precision machined hose provides industrial veterinary pumps with an excellent ability to handle abrasive sludges, acids, air-containing fluids, high viscosity fluids and fluids with suspended solids.
  • Industrial veterinary pumps do not have valves, pistons or closing elements. This ensures that the fluid never comes into contact with the moving parts of the pump. In addition, the risk of leakage and corrosion is eliminated. For this reason they are ideal for applications where it is necessary to avoid any kind of contamination.
  • They can run dry indefinitely, they are self-priming and reversible.
  • Being volumetric they have great precision in the dosage of fluids. They can work with high flow rates and high pressures.
  • They do not use coolant inside, since the roller does not generate friction. The absence of refrigerant helps to extend the life of the pump and, on the other hand, makes it ideal for working with food products, since there is no risk of contamination.
  • Its maintenance is very simple. The hose change, which is the only piece that wears out, is done in a few minutes. The operating cost is much lower than that of other pumping technologies.