BIOSECURITY
 Medical devices that run on electricity, whatever its value, and that is in contact with human body parts (hands, electrodes on skin, intravascular electrodes, etc), insulation failures when they can cause serious damage.
Biosafety tests consist of a series of regulated procedures to those who submit various pieces of equipment in the studio, precision instruments, to verify proper insulation, within the range declared by the manufacturer or required by international standards.
All equipment used for measurements in turn must have a rigorous control of functioning demonstrated, measured and documented, as required by quality and safety standards.
All medical equipment should be monitored periodically in custody for life and a mandatory each time they are repaired or disassembled for any reason.
FUNCTIONALITY TESTING
Many medical equipment to perform their function by providing metered electricity, fluids, radiation or other elements, to monitor or replace biological functions. It is of fundamental trust that the team delivers the values selected by the operator, but not always match. Therefore we must note with specific instrumental operating a reliable measuring equipment operating parameters. There is a wide range of equipment (not all) are supported by measurement tools that let you adjust the output values with selected parameters.
Electromedik has a wide range of instruments calibrated and controlled, allowing you to accurately measure the characteristics of bio-security and operation of electromedical equipment to provide the user and patient the highest reliability.
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Dinatech Nevada 453 A - Electrical safety and performance |
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Type: Electrosurgical units analyser |
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Equipment features |
Electrosurgical units test performance. |
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Functions |
Tests:
Power Output /current mode
RF leakages
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TSI Certifier FA Plus Gas Analyzer - Operation |
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TypePerformance Analyzer respirators |
Use of equipment |
The purpose of Certifier FA Gas Analyzer Plus is to serve as instruments to control various types of equipment or parameters, including respirators. The device is not designed for use with patients, only used for measuring equipment.
It is a device controlled by a microprocessor that measures mainly flow, pressure and oxygen concentration of the gases passing through the measuring tube. The processor will then take those values and transforms them into various parameters and graphs that can be seen on the screen. |
Parameters |
Flow Measurement + 0 to 20 liters per minute with the form of low flow and from 0 to 300 with the conventional form
+ Volume from 0 to 10 liters
+ Volume minutes from 0 to 99 liters
+ Pressure: peak, PEEP, mean, minimum, differential from -25 to + 150 cm H2O and from -10 to 150 PSI
+ Barometric pressure between 375 and 1200 mm Hg
+ Frequency respiratory cycles pr 1500 minutes
+ Inspiratory time, expiratory muscles, breaks from 0.04 to 30 seconds
Relationships + I: E from 1:1000 to 100.0:1
+ 0 to 100% Oxygen
Temperature from + 10 ° C to 40 ° C
+ Possibility to connect to computer via USB
+ Operation with line voltage or conventional Battery |
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Bio-Tek Index SpO2 - Operation |
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Type: Analyzer and simulator for pulse oximeters |
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Equipment features |
Measurement and performance of individual teams or families oximeters |
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Functions |
Different SpO2 level programs - between 35 and 100 %
Programming of pulse frequencies between 30 and 250 BPM |
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Dinatech Nevada Impulse 3000 Bio-Tek Qed 6 - Operation |
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Type: Defibrillators - electric shock analyser |
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Equipment features |
Tests defibrillator performance |
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Functions |
Tests:
Defibrillator energy output
Ventricular fibrillation and/or ventricular tachycardy and automatic signal.
Defibrillation signal
Synchronism
Tension peak, current and overshoot
Charging Time
Pacemakers
Refractory Periods Pacemakers
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