Biolight M800 Emergency ECG with SpO2 function

1 x emergency ECG with SpO2 function incl. accessories:

• 3-wire ECG cable
• SpO2 sensor
• Lithium-ion battery
• charging station
• Operating instructions

Biolight M800 in detail

This device combines a pulse oximeter with an emergency ECG. In addition to SpO2 measurement, it also enables 3-channel ECG recording. The device has both an audible and a visual alarm. It also has a 2.4" OLED colour display with a resolution of 320 x 240 pixels. Standard accessories are included in the scope of delivery.

Overview of Biolight M800

The Biolight M800 is an innovative medical device used in the diagnosis and treatment of various diseases. With a variety of features and precise and reliable performance, the Biolight M800 enables effective and efficient patient care. The following headings provide an overview of the main features and applications of this versatile device. From vital signs monitoring to invasive procedure support, the Biolight M800 is an indispensable tool for clinicians and healthcare professionals. With state-of-the-art technology and user-friendly interfaces, the Biolight M800 is a powerful solution for medical monitoring. Whether in hospitals, emergency rooms or intensive care units, this device supports medical professionals in recognising pathologies, monitoring patient health and ensuring successful treatment. By integrating various functions in a compact format, the Biolight M800 offers high mobility and flexibility so that it can be used in both inpatient and outpatient settings. Overall, the Biolight M800 helps to improve healthcare and optimise patient care.

Features of Biolight M800

The Biolight M800 is an advanced medical device with many innovative features. With its high-quality construction and user-friendly design, it is a favourite tool for medical professionals around the world. The M800 has an impressive battery life, making it easy to use on the go. With its precise pulse oximetry function, it can provide accurate measurements of oxygen levels in the blood. In addition, the M800 also enables non-invasive blood pressure measurement, allowing for fast and accurate blood pressure monitoring. The device also has an integrated Bluetooth function that enables wireless connection to other devices, such as smartphones or tablets. This allows the user to easily store and monitor their data. The Biolight M800 is therefore an indispensable tool for healthcare professionals as it combines advanced features with high performance.

Optical alarm function

The visual alarm function, mentioned in the background information, is used to generate visual signals to draw attention to an alarm condition. This function is often used in various security systems and alarm systems.

The way the visual alarm function works is that a light signal is activated when an alarm is triggered. This light signal can take the form of flashing lights, strobe lights or even red warning lights. The visual perception of the light signal alerts people to the alarm status and allows them to react accordingly.

The most important features of the visual alarm function include high brightness and an easily recognisable colour of the light signal. This ensures that the signal is clearly visible even under unfavourable lighting conditions or in noisy environments. In addition, the light signals should have a certain flashing frequency or intervals to enable clear differentiation from normal light sources.

The visual alarm function is an essential element in security technology and is used in various areas, such as in intruder alarm systems, fire alarm systems or even in rescue systems. Visual alarms enable people to react quickly and effectively to acutely dangerous situations in order to protect their lives and safety.

Relevant keywords: function, features, visual alarm, background information

Screen display depending on the measurement parameters

The OLED display of the Biolight M800 SpO2 pulse oximeter and ECG is very user-friendly and provides clear and detailed results. The screen display depends on the measurement parameters recorded by the device. Depending on the selected measurement parameter, the corresponding data is shown on the display.

The pixel resolution of the OLED display is very high, which enables razor-sharp visualisation. The results are displayed in clear figures and graphs to enable the user to interpret them easily. The brightness of the display is adjustable to suit individual needs.

The OLED display also offers the option of automatic display rotation. This means that the screen is automatically rotated depending on the orientation of the device to improve readability.

The Biolight M800 has an intelligent alarm system with adjustable visual and audible alarms. By customising the alarm limits, the user can be notified if the measured values exceed certain limits. This ensures a quick response to any deviations and offers an additional safety aspect.

Overall, the OLED display of the Biolight M800 SpO2 pulse oximeter and ECG offers a high-quality screen display that enables simple and precise monitoring of the measurement parameters. With its adjustable alarms and automatic display rotation, the device is suitable for a wide range of medical applications.

Hand-held pulse oximeter with ECG function

The hand-held pulse oximeter with ECG function is a state-of-the-art medical device that is particularly useful in emergency situations. It is characterised by its ability to measure both the oxygen content in the blood and the ECG result. This dual feature enables precise and comprehensive monitoring of the patient.

A special feature of this pulse oximeter is its compatibility with Nellcor measurement technology. This ensures accurate measurement and reliable reproduction of results. The device has a high-resolution OLED colour display that provides clear and easy-to-read measurement results.

To draw attention to important events, the pulse oximeter is equipped with audible and visual alarms. This immediately alerts medical staff to a critical change in the patient's condition.

To ensure continuous monitoring, the pulse oximeter has a special monitoring mode. This enables continuous recording of ECG data and oxygen values without having to restart the device manually.

In addition, the pulse oximeter boasts an impressive operating time of up to 16 hours. This ensures a long service life and convenient use without frequent recharging.

Overall, the handheld pulse oximeter with ECG function offers a variety of functions and features that make it an indispensable tool in emergency situations. It enables fast and accurate monitoring of the patient and supports medical staff in recognising and treating medical emergencies.

Charging station with battery options

Charging stations with battery options offer a flexible solution for charging electric vehicles. There are various battery options that can be used in such charging stations.

One option is to use conventional lithium-ion batteries. These are widely available and offer good power density. They can be charged quickly and have a high energy storage capacity. However, a disadvantage of these batteries is their limited service life and their sensitivity to high temperatures.

Lithium iron phosphate batteries are another battery option. These batteries are characterised by a longer service life, better thermal stability and greater safety. However, they have a lower energy storage capacity and cannot be recharged as quickly as conventional lithium-ion batteries.

Nickel-metal hydride batteries are another option. These batteries have a similar lifespan to lithium-ion batteries, but cannot be recharged as quickly. However, they are safer and more environmentally friendly.

When selecting a battery option for a charging station, various factors need to be considered. These include the energy storage capacity of the batteries, charging time, service life, any safety aspects and environmental compatibility. Each battery type has its advantages and disadvantages, and the right choice depends on the specific requirements of the charging station.

To summarise, different battery options for charging stations offer advantages and disadvantages in terms of capacity, charging time, service life and safety. Choosing the right battery option depends on the individual needs of the charging station.

Conventional batteries vs. Li-ion batteries

Conventional batteries and Li-ion batteries are two common types of energy storage devices used in various appliances. Conventional batteries are often referred to as primary cells and are not rechargeable. They consist of an anode, a cathode and an electrolyte. These batteries generate electricity through chemical reactions and then run flat when the reactants are used up.

Li-ion batteries, on the other hand, are rechargeable batteries that use a lithium compound as the electrolyte. They are able to store energy and release it again when required. Li-ion batteries have become popular due to their higher energy density and longer service life. Compared to conventional batteries, Li-ion batteries offer better performance and can be used in many electronic devices such as mobile phones, laptops and electric vehicles.

The differences between conventional batteries and Li-ion batteries lie mainly in their charging and discharging capacity. Conventional batteries can only be used once and must then be disposed of, whereas Li-ion batteries can offer hundreds of charge and discharge cycles. However, Li-ion batteries also have some disadvantages, for example they are more expensive to purchase and require special electronics to monitor and control the charging process to prevent overheating or overcharging.

To summarise, conventional batteries are a simple but limited energy source, while Li-ion batteries are more versatile due to their rechargeability and higher energy density. Despite their higher costs and special requirements, they have become established in many applications and have become an integral part of our everyday lives.

Simultaneous measurement of SpO2 and ECG measurements

The Biolight M800 SpO2 pulse oximeter and ECG device allow the user to simultaneously measure oxygen saturation (SpO2) and cardiac activity through a simple and efficient monitoring system. The combination of these two measurements provides healthcare professionals and physicians with a comprehensive picture of the patient's health status.

The pulse oximeter measures the patient's oxygen saturation by using the light absorption of oxidising haemoglobin in the blood. The device has a precise and sensitive sensor module that provides accurate SpO2 values in real time. At the same time, the ECG device records the electrical activity of the heart and enables the user to detect arrhythmias or other irregularities.

The Biolight M800 consists of a robust housing that protects it from shocks and wear and tear. It has an OLED display that clearly shows the measurement results. The high resolution of the display enables data to be recorded accurately. In addition, the device offers alarm functions to warn the user in the event of deviations from normal values.

The simultaneous measurement of SpO2 and ECG with the Biolight M800 SpO2 pulse oximeter and ECG device is a reliable and effective tool for patient monitoring. It provides a comprehensive and accurate representation of blood oxygen levels and cardiac activity, which can lead to improved diagnosis and treatment.

3-lead ECG cable vs. 3-lead ECG cable

A 3-lead ECG cable consists of three electrodes that are attached to the patient's body. Each electrode is connected to a separate cable that leads to the ECG machine. With a 3-lead ECG cable, the electrical signals between the electrodes are captured to record the heart rhythm and the electrical activity of the heart. This type of cable is often used for standard ECG measurements.

On the other hand, a 3-lead ECG cable consists of three separate channels, each representing a single lead. Each channel has its own electrode and cable. With a 3-lead ECG cable, three different cardiac lead pathways can be recorded simultaneously to provide a more detailed view of cardiac activity. It is often used for more specific examinations such as stress tests or long-term ECGs.

The main difference between the two cable types is the number of leads that can be recorded simultaneously. While a 3-lead ECG cable can only record a single lead, a 3-lead ECG cable can record three different leads simultaneously. This allows for a more precise assessment of cardiac function and activity.

To summarise, both the 3-lead ECG cable and the 3-lead ECG cable offer the possibility to monitor the electrical activity of the heart. The difference is that a 3-lead ECG cable can record three different leads, whereas a 3-lead ECG cable can only record a single lead. The choice of cable type depends on the specific requirements of the examination or medical procedure.

Advantages of using Biolight M800

The use of Biolight M800 offers a variety of benefits, both for the user and for the environment. This state-of-the-art technology allows people to utilise their lighting systems in a sustainable and efficient way. Biolight M800 is an innovative product that uses energy-efficient LED lamps to significantly reduce energy consumption. This leads to a significant reduction in energy costs and at the same time helps to reduce CO2 emissions. In addition, Biolight M800 is characterised by a long service life, resulting in less waste and improved sustainability.

Another major advantage of using Biolight M800 is the ability to customise the lighting system. With the modern control software, users can adjust the brightness, colour temperature and colour rendering of the lamps according to their own needs. This makes it possible to create pleasant and suitable lighting for any situation, whether in the office, at home or in public spaces.

In summary, the use of Biolight M800 offers numerous advantages such as energy reduction, lower costs, less waste and customisation options. With this innovative lighting system, people can benefit from both financial and environmental advantages and make their contribution to energy efficiency and sustainability.

Cost-effective entry-level device for healthcare professionals

The low-cost entry-level device for healthcare professionals mentioned in the background information is a portable blood pressure monitor. This device is specifically designed for skilled healthcare professionals to use for diagnostic and monitoring purposes. It offers a cost-effective solution for healthcare professionals who need a reliable and more accurate blood pressure monitor.

The device is characterised by its cost-effectiveness, as it is available at a more affordable price compared to other blood pressure monitors on the market. It is an ideal entry-level device for healthcare professionals who are just starting out in the medical field or have limited financial resources.

The blood pressure monitor provides relevant information by measuring the patient's systolic and diastolic blood pressure and pulse. It is portable and easy to use, allowing healthcare professionals to easily take it from one patient to another.

Overall, the low-cost entry-level device offers healthcare professionals an affordable and reliable option for blood pressure monitoring. It ensures accurate measurement and enables healthcare professionals to monitor their patients' blood pressure easily and efficiently. It is suitable for use in medical facilities as well as for home use.

Automatic display of measured values for easy monitoring

The automatic display of measured values is a simple method of monitoring various parameters. It offers a convenient way of visually displaying relevant information from the background. With this automatic display, the measured values are continuously recorded and shown on a screen or other display in real time.

The automatic display of measured values simplifies monitoring, as the current values are visible at all times. This makes it easier to quickly recognise deviations or problems, as possible changes are easily recognisable. The automatic display also allows users to easily retrieve relevant information without the need for cumbersome manual calculations or analyses.

The automatic display of measured values can be used in various application areas, including industry, research and medicine. It enables efficient monitoring of temperature, pressure, flow rate, velocity and many other parameters. Continuous monitoring and display allows potential problems to be recognised at an early stage, resulting in improved efficiency and safety.

Keywords to include: automatic display, measured values, monitoring, simple, relevant information.

Compact and robust housing for a long service life

The compact and robust housing is of great importance for the long service life of a product. It offers numerous advantages and protects the device from external influences.

The housing is characterised by its compact design, which allows the product to be designed to save space. As a result, it is not only easy to transport, but also takes up less space. The robustness of the housing ensures that the device can also be used in demanding environments without any problems. It is shockproof and resistant to dust and moisture.

The properties and features of the housing contribute significantly to its strength and durability. It is made of high-quality materials that can withstand daily wear and tear. The connections and fasteners of the housing are also very stable to prevent accidental opening or damage.

The robust housing reliably protects the product and significantly extends its service life. It protects against knocks and drops so that the inner workings of the device are not damaged. The housing also protects the product from external influences such as dust, moisture or temperature fluctuations.

Overall, the compact and robust housing offers numerous advantages for a long service life. It ensures the reliability of the device, protects it from external influences and contributes to its strength and durability. With this housing, the product can fulfil its functions optimally and is a reliable companion for a long time.

Splash-proof and dust-proof design

The Biolight M800 SpO2 pulse oximeter and ECG has a splash-proof and dust-proof design that has been developed for use in the harshest conditions.

The device is splash-proof, which means that it is protected against moisture and water. This allows the device to be used in humid environments without compromising performance or safety. At the same time, the device is dustproof, meaning that it can be used in dusty environments without any problems and without dirt particles getting inside and impairing functionality.

The device has a high-resolution display that provides clear and easy-to-read information. The display allows the user to easily monitor the measured values.

The device's sensors are highly precise and provide accurate measurement results. The pulse oximeter and ECG can reliably measure the oxygen content in the blood (SpO2) and the heartbeat (pulse).

The device also has an alarm that alerts the user if the measured values exceed a certain limit. This enables a rapid response to critical situations and ensures patient safety.

The device's trend memory makes it possible to track the measured values over time and recognise trends. This is particularly useful for healthcare professionals to analyse the progression of a disease and take appropriate treatment measures.

The operating time of the device is long, so that it works reliably even during long periods of use. This makes the Biolight M800 SpO2 pulse oximeter and ECG a robust and reliable device for medical monitoring.

• combines pulse oximeter with emergency ECG
  
• particularly compact and handy
• Large colour display