The Paramedic CU-ER1 is a semi-automated external defibrillator designed to deliver a defibrillating shock to victims of sudden cardiac arrest. It is designed for easy use and high portability.
Easy to Use
The Paramedic CU-ER1 is designed to automatically analyze the ECG of the patient. Analysis starts as soon as the ECG pads are properly attached. The user is guided by a combination of text and voice prompts throughout the rescue operation. The ECG of the patient is displayed in a liquid crystal display (LCD).
Highly portable
The Paramedic CU-ER1 weighs only approximately 2.7 kg. It comes with an optional Carrying Case that could contain all the necessary devices and accessories needed for a rescue operation.
Automated Self Tests
To ensure that the Paramedic CU-ER1 is always ready for a rescue operation, the device is programmed to run self tests automatically (the battery has to be connected and should have sufficient charge). Prompts and alarms are given off if the device fails the self tests.
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The Paramedic CU-ER2 has all the features of the Paramedic CU-ER1. In addition, a manual mode is provided for advanced users.
Easy to Use
The Paramedic CU-ER2, in automatic mode, is designed to automatically analyze the ECG of the patient. Analysis starts as soon as the ECG pads are properly attached. The user is guided by a combination of text and voice prompts throughout the rescue operation. The ECG of the patient is displayed in a liquid crystal display (LCD).
Freedom of Choice
In manual mode, the Paramedic CU-ER2 has to be operated by personnel trained in advance cardiac life support. The operator should have the skill to interpret ECG rhythms. In this mode, the operator has the freedom to set the energy level of the defibrillating shock. The choices are (in Joules) 2, 3, 5, 7, 10, 20, 30, 50, 70, 100, 150, 200.
R Wave Synchronization
The Paramedic CU-ER2 has the capability to synchronize the shock delivery with the R Wave of the patient's ECG.
Automated Self Tests
To ensure that the Paramedic CU-ER2 is always ready for a rescue operation, the device is programmed to run self tests automatically (the battery has to be connected and should have sufficient charge). Prompts and alarms are given off if the device fails the self tests.
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|  AED and Manual Mode Defibrillation, Synchronized Cardioversion,
ECG Monitoring Mode (Lead III), SpO2 Monitoring, Heart Rate and SpO2 Alarm System, Lightweight and highly portable, Versatile power supply, Automatic and operator initiated self tests | AED Mode
The Paramedic CU-ER3 analyzes the ECG of the patient to determine whether the patient has a shockable or nonshockable ECG rhythm. In this mode, the Paramedic CU-ER3 provides you with voice and text prompts throughout a rescue operation.
Manual Mode
the Paramedic CU-ER3 lets you control the defibrillation process. You assess the ECG of the patient and set the energy of the shock to be delivered. You may also perform synchronous cardioversion for the treatment of atrial fibrillation in this mode. In synchronous cardioversion, the defibrillating shock is delivered within 60 milliseconds of the occurrence of a QRS peak in the patient’s ECG.
In this mode, the operator has the freedom to set the energy level of the defibrillating shock. The choices are (in Joules) 2, 3, 5, 7, 10, 20, 30, 50, 70, 100, 150, 200.
ECG Monitoring Mode
The Paramedic CU-ER3 may also be used to do ECG monitoring only when it is in Manual mode. ECG monitoring only is done by connecting the custom designed ECG monitoring cable assembly from CU Medical Systems, Inc. No shocks may be delivered when the ECG monitoring cable assembly is connected to the Paramedic CU-ER3.
The Paramedic CU-ER3 uses two kinds of pads. These are :
Multifunction defibrillator pads – used for ECG acquisition and shock delivery. These pads are used during rescue operations.
ECG pads – used for ECG acquisition only together with the ECG monitoring cable and connector assembly.
| The Paramedic CU-ER3 is capable of monitoring pulse oximetry (SPO2, Nellcor) in manual and AED modes. Pulse oximetry measurement is automatically done when the pulse oximetry sensor is connected to the appropriate port on the device.  SPO2 Monitoring is indicated when it is beneficial to assess a patient’s oxygen saturation level.
| Automated Self Tests
To ensure that the Paramedic CU-ER3 is always ready for a rescue operation, the device is programmed to run self tests automatically (the battery has to be connected and should have sufficient charge). Prompts and alarms are given off if the device fails the self tests.
| AED and Manual Mode Defibrillation, Synchronized Cardioversion, Resuable External Paddle (Adult, Pediatric) & Multifunction Defib. Pads ECG Monitoring Mode (3 Lead, 5 Lead), SpO2 Monitoring, Heart Rate and SpO2 Alarm System, Automatic and operator initiated self tests |
The Paramedic CU-ER5 defibrillator / monitor is designed to accommodate both basic and advanced life support personnel.
AED Mode
In AED Mode, the Paramedic CU-ER5 analyzes the ECG of the patient to determine whether the patient has a shockable or nonshockable ECG rhythm.
In this mode, the Paramedic CU-ER5 provides you with voice and text prompts throughout a rescue operation. (150J Fixed)
Manual Mode
| In Manual External Defibrillation Mode, the Paramedic CU-ER5 lets you control the defibrillation process. You assess the ECG of the patient and set the energy of the shock to be delivered. You may also perform synchronous cardioversion for the treatment of atrial fibrillation in this mode. In synchronous cardioversion, the defibrillating shock is delivered within 60 milliseconds of the occurrence of a QRS peak in the patient’s ECG. | 
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In Manual Internal Defibrillation Mode, the Paramedic CU-ER5 operates as in the Manual External Defibrillation Mode except that the energy is limited to a maximum of 50 Joules and the shock is delivered.
| Output Energy : 1~10J, 15J, 20J, 30J, 50J, 70J, 100J, 120J, 150J, 170J, 200J) | ECG Monitoring Mode
In Monitoring Mode, the Paramedic CU-ER5 acquires ECG and SPO2 signals from the patient.
Various alarms may be activated in this mode. This mode is also used in tandem with the manual modes in order to get a display of the patient’s ECG rhythm.
Lead I, II, III, aVR, aVL, aVF or V (5-Lead ECG cable) Lead I, II, III (3-Lead ECG cable) |
| The Paramedic CU-ER5 automatically records ECG and events such as shock deliveries in nonvolatile memory during rescue operations. These data may be printed directly using a portable printer or downloaded to a personal computer for printing and archiving. | 
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| The Paramedic CU-ER3 is capable of monitoring pulse oximetry (SPO2, Nellcor) in manual and AED modes. Pulse oximetry measurement is automatically done when the pulse oximetry sensor is connected to the appropriate port on the device. SPO2 Monitoring is indicated when it is beneficial to assess a patient’s oxygen saturation level. |
Versatile Power Supply
The Paramedic CU-ER5 is powered by an internal rechargeable Nickel Metal Hydride battery pack. It may also be powered by an optional external disposable LiMnO2 battery pack or its AC/DC adapter.
While the internal battery is being recharged by the AC/DC adapter, the AC/DC adapter also supplies power to the whole device which enables it to be fully functional.
Automated Self Tests
The Paramedic CU-ER5 runs automatically initiated self-tests even during storage to test its readiness for rescue operations. LifeGain CU-HD1 - this is the company’s high end defibrillator/monitor intended for hospital use. It has defibrillation capabilities in AED and manual modes and may use disposable electrode pads and external and internal paddles for shock delivery. It has a transcutaneous pacer for temporary pacing of patients with low heart rate. It has an SPO2 module for the monitoring of oxygen saturation in the patient’s blood and a 12-lead ECG monitor for the evaluation and monitoring of the patient’s ECG.
It has a memory card port for the storage of acquired signals and an integrated printer for the generation of hard copies of the patient’s physiological signals. These features make this defibrillator suitable for use inside a hospital.
This product is a defibrillator designed for qualified emergency staff and medical professionals to deliver defibrillating shocks to victims of sudden cardiac arrest and restore the normal ECG rhythm. | | |  AED Mode | | | AED Mode is delivered to patients who are exhibiting the symptoms of Sudden Cardiac Arrest (SCA) including ventricular fibrillation, ventricular tachycardia, in order to bring them back to life by delivering electric shock and restoring the normal ECG rhythm.
In the AED mode, defibrillation pads must be used. These defibrillation pads work to obtain the ECG signal of patients and deliver electric shock according to the patients' condition. | | | | Manual Mode | | | Manual Mode is divided into two functions such as asynchronous defibrillation and synchronous cardioversion. In asynchronous defibrillation, the usage target is the same in AED Mode. For the asynchronous defibrillation treatment in the manual mode, the user is able to choose the level of electric shock energy from the range of 1-200 joule by the use of pads or paddles.
On the other side, when used for synchronous cardioversion, it is used on patients with the symptoms of atrial fibrillation. It is designed to analyze the R-wave of ECG QRS and deliver R-wave synchronized electric shocks. In the Manual mode, synchronous cardioversion treatment can be delivered to patients with rapid atrial fibrillation, ventricular tachycardia, and cardiac ischemia. | | | | Pacer Mode | | | | Pacing is a method applied to patients who had lost natural cardiac movement functions, mostly used on patients with bradycardia. LiFEGAIN CU-HD1 functions to support non-invasive pacing, a way of helping maintain a patient’s pulse by attaching its electrode to the patient’s skin and delivering artificial electric stimulation to the heart. Pacing mode is divided into the 'Fixed mode' and the 'Demand mode'. | | | | Monitoring Mode | | | Patient monitoring mode features the ECG monitoring function and the function to measure the level of SpO2, functional oxygen saturation in the blood.
For the ECG monitoring function, you can selectively use the 3-lead, 5-lead, 12-lead ECG cables. During the patient monitoring session, it is possible to analyze the ECG results to use the alarming function according to the conditions such as the number of pulses, ventricular fibrillation or ventricular tachycardia etc. If using an ECG cable, convert "Rotary Switch" to "Monitor mode" before usage. |
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