6 Parameters
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ECG
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RESP
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NIBP
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TEMP
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SpO2
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PR/HR
Out of stock
High resolution 15 inch big screen medical ICU patient monitor with 6 parameter, it is used to monitor vital sign for a patient.
Has 6 parameter,
ECG- It records electrical signal from the heart to check different heart conditions.
Respiration: monitor blood gases both arterial and venous, monitoring of brain and organ oxygenation and perfusion and hemodynamics.
Temperature: It records the body temperature and saves the information.
NIBP: It measures systolic and diastolic and mean arterial blood pressure values and heart rate.
SPO2: Measures oxygen saturation in the body.
Pulse Rate/ Heart Rate: The number of heart beats per minute
KSh 100,000.00 KSh 120,000.00
Out of stock
CompareOxygen Regulator it is a special device that regulate the flow of oxygen from portable oxygen cylinder of compressed oxygen gas or a liquid oxygen system to the oxygen tubing and nasal cannula or oxygen face mask used to breath in the oxygen.
It can be used to administer oxygen for first aid or oxygen uptake for the people who are in need of oxygen.
How to use:
Open the valve of oxygen cylinder then connect the screw nut of air intake closely;
Connect the oxygen pipe to the oxygen outlet firmly
Demount the humidifying cup (anticlockwise rotation) put some distilled water in (purified water or plain boiled water can also FUNCTION) the water quantity should be between the bottom and top tick mark then tighten up the bottle cap to the humidifying cup(clockwise rotation)
Rotate the flow regulating valve to the rate you need (anticlockwise to up, clockwise to down ,till to close) then put it to nose to use.
close the valve of oxygen cylinder firstly while not using then close the flow regulating valve until the pointer of oxygen manometer return to zer
Infrared heating lamp with stand
IR lamp is a high quality heat lamp designed to provide localized heat treatment.
Manage pain and injury effectively heat therapy provides benefits for numerous injuries, illness and chronic conditions.
The heat lamp uses short-wave infrared light produced by an incandescent heat sources to give a deeper penetration of heat than conventional heat sources.
This can enhance blood circulation improving the transport rate of essential biochemical compounds as well as provide pain relief and a pleasant warming effective exposure.
Heat therapy for home or business it is ideal for us at home or in a professional setting.
It is ideal for home patient use, users are able to adjust the back leg and height adjustment for better comfort. Low in power consumption and only consume when the remote is on.
With three controls, the electrical hospital bed is able to perform the following base function.
Autoclaves use steam heat to kill any microbial life that may be present on a contaminated load. considered sterile once it has undergone a full sterilization cycle. Once a load is sterile, it can be used without fear of introducing foreign microorganisms into a sensitive environment, such as a laboratory, hospital operating room, food production facility, and so on.
In order to kill a cell with heat, its temperature must be raised to a degree at which the proteins in the cell wall break down and coagulate. Steam is a very efficient medium for heat transference, which makes it an excellent way to destroy microbes. Air, on the other hand, is a very inefficient way to transfer heat/energy because of a concept known as the heat of vaporization.
That energy is what makes steam so much more efficient at destroying microorganisms. When steam encounters a cooler object, it condenses into water. Then, it transfers all of the energy that was used to boil the water directly into the water. This process heats up the cells far more efficiently than air at similar temperatures. This is why we use steam to achieve sterility.
Sterilization cycle
1. Purge Phase: Steam flows through the sterilizer and starts to displace the air; temperature and pressure ramp slightly to a continuous flow purge.
2. Exposure (Sterilization) Phase: During this phase, the autoclave’s control system is programmed to close the exhaust valve, thereby causing the interior temperature and pressure to increase to the desired setpoint. The program then maintains the desired temperature (dwells) until the desired time is reached.
3. Exhaust Phase: Pressure is released from the chamber through an exhaust valve and the interior is restored to an ambient pressure (though contents remain relatively hot).