Review on Infusion Syringe Pump Systems

Today I would like to put on some light or Review on Syringe Pumps Machines. A device that is potentially used to gradually administer fluid of miniature amount to a patient is popularly known as syringe pump. Generally it is a small infusion pump that may also be useful in chemical and biomedical researchers.

Syringe Driver provides an affordable solution to patients sophisticated dispensing and flow control application. It is most popularly used as for palliative care, to regularly administer analgesics, antibiotics and other injectable drugs.

Now a days various Medical Equipment Manufacturer is producing a vital range of Syringe pumps according to various necessities such as Infusion Syringe Pump Systems, Syringe Pump SP-500, Syringe Pump (SP-1000), Syringe Pump (BYZ -810). Some crucial features of all these are:

1) Five working modes: Rate control mode, Time control mode, Weight control mode, Drug Dose control mode and Bolus control mode. 

2) Fully Compatible with syringes of most of the standard brands.

3) Automatic Calibration for syringes.

4) High Bolus Infusion Rate

5) Spec of the fuse: F1 AL / 250 V, two (inside). 

6) Alarm functions: occlusion, empty, near empty,

7) Built in rechargeable battery (Lithium-ion polymer battery). 

8) 8 hours internal battery backup. 

It's very fascinating to see more Medical Equipment Machines in India, provided by Medicare Electronics.

Contribution of Defibrillators Machines in Medical science

A Defibrillators Machines are an electronic device that is potentially used to deliver a therapeutic dose of Electric energy to the heart, this process is known as De-fibrillation. Defibrillators plays an important role in the patient's condition of cardiac dysrhythmias, ventricular fibrillation and pulseless ventricular tachycardia. Defibrillators regulate an electric current to the heart to resist an irregular heartbeat and renovate the normal heart rhythm.

Defibrillation process is proposed to correct life-threatening fibrillations of the heart, which could result in cardiac arrest. It is performed instantly when the patient is experiencing a cardiac emergency, has no pulse and is unresponsive. The points also to be considered crucially is:

1)If a patient who has a pulse or is altered, De-fibrillation process should not to be use on them. Because it may cause a lethal heart rhythm disturbance or cardiac arrest.
2)The paddles used in this procedure should not be placed on a woman's breasts or over a pacemaker.

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Significance of ventilators machine in Medical Science

A Ventilator is a machine which is used to move breathable air, mechanically, into and out of the lungs, to supply the procedure of breathing for a patient who is unable to breath or breathing insufficiently.

The Ventilators Machine is a computerized machine, with a bag valve mask. Ventilators are prominently used as stand alone units for emergency medicine and as a component of the anaesthesia machine.

In this era Ventilators are furnished with alarm and monitoring system for backup batteries, oxygen tanks, patient related parameters such as pressure, volume and flow and also for some ventilators itself functions like air leakage, power failure, mechanical failure.

Ventilators are broadly classified into two categories:

Negative pressure ventilators: It pulls up a negative pressure from the external chest by decreasing the intra-thoracic pressure and allows air to flow into the lungs, filling its volume. This is used mainly for chronic respiratory failure like poliomyelitis, muscular dystrophy, a myotrophic lateral sclerosis, and mysthenia Gravis.

Positive pressure ventilators : It puffs up the lungs by releasing positive pressure on the airway,forcing the alveoli to expand during inspiration/ Expiration occurs passively.

The basic Ventilation method used is a BCV (Biphasic cuirass ventilation). In this method patient requires to wear an upper body cuirass (lamella or shell). The ventilation is Biphasic because the lamella is attached to a pump which controls both the inspiration and expiration phases of the respiratory cycle.
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