Dräger Oxylog VE300 Emergency and transport ventilation

Oxylog emergency and transport ventilation

Detailed product description

The Oxylog Dräger emergency and transport ventilation is versatile. On the one hand, it is used for volume-controlled ventilation, for non-invasive ventilation, on the other hand, it can also be used for spontaneous breathing and pressure support. All presets fulfil international ventilation guidelines according to ERC and AHA. Dräger mobile ventilation can be used under extreme conditions, from -20 °C to +50 °C. Clear user guidance is possible without great effort and the battery can be replaced or recharged for up to 9 hours of operation. The device has a clear colour touch screen and a flip screen button that can rotate the display by 180°. A logbook supports the documentation.info: As this product has to be manufactured individually for you, a cancellation of your order or an exchange after receipt of the goods is excluded.

Features Oxylog VE300:

• Time-controlled, volume-controlled emergency and transport ventilator with pressure support for patients with a tidal volume of 100 mL or more
• Ventilation modes: VC-CMV, VC-AC and SPN-CPAP
• Apnoea alarm
• O2 (40 or 100%)
• Colour touchscreen with measured values and bar chart for airway pressure
• 8 h battery life
• Ambient pressure compensation
• BTPS correction

Definition and purpose of Oxylog

An oxylog is a medical device used to ventilate patients. It is a portable ventilator used in emergency and intensive care settings. The purpose of an oxylog is to support a patient's breathing if they are unable to breathe sufficiently on their own or if artificial respiration is required. In certain situations, such as severe respiratory infections, trauma or after surgery, the patient may not be able to breathe on their own or the respiratory volume may not be sufficient to meet the body's oxygen requirements. In such cases, an oxylog can be used to supply the patient with sufficient oxygen. The device ensures that the right amount of oxygen reaches the patient's lungs and supports breathing. It also offers the option to customise the breathing rate and volume to meet the patient's needs. Overall, the Oxylog plays an important role in maintaining stable breathing and supporting the patient to ensure an adequate oxygen supply.

History and development of Oxylog

Oxylog is a portable ventilator that was originally developed by the Dräger company. The history of Oxylog began in the late 1960s when Dräger started to develop portable ventilators for use in hospitals. The aim was to create a device that would enable healthcare professionals to ventilate patients on the move. Over the years, Oxylog has evolved and improved to meet the demands of modern medicine.

The Oxylog 3000 plus is a modern ventilator that offers a wide range of functions and features. It has various ventilation modes, including VC-CMV (volume-controlled continuous positive airway pressure ventilation), VC-AC (volume-controlled assisted control ventilation), VC-SIMV (volume-controlled synchronised intermittent assisted ventilation), SpnCPAP (spontaneous continuous positive airway pressure ventilation) and PC-BIPAP (pressure-controlled biphasic positive airway pressure ventilation). These different modes allow healthcare professionals to customise ventilation to the patient's individual needs.

Another feature of the Oxylog 3000 plus is the integrated capnography. This enables healthcare professionals to monitor the CO2 content in the patient's exhaled air and thus optimise the ventilation process. The ventilator also has a data transfer function that allows patient data to be saved and transferred for further analysis. The battery life of the Oxylog 3000 plus is several hours, so that the device can work reliably even during power failures or in emergency situations.

Overall, Oxylog has evolved over the years from a simple portable ventilator to a state-of-the-art device with a wide range of functions and features. It is an indispensable tool for healthcare professionals to effectively ventilate patients and monitor their vital signs.

Importance of Oxylog for the emergency services

The importance of Oxylog for the emergency services lies in its function as a life-saving device for ventilating patients. Oxylog is a Dräger product range comprising the 1000, 2000 and 3000 models, which are designed to meet the needs of the emergency medical services and provide efficient and reliable respiratory support.

Oxylog plays an important role in the field of data processing, as relevant medical information must be recorded and managed by both the device models and the treating professionals. The device models enable the monitoring and recording of various parameters such as respiratory rate, oxygen saturation and pressure values in order to continuously monitor the patient's condition. This data is used to manage and assess the patient's status during transport in the ambulance service in order to make adjustments or interventions if necessary.

In addition, the Oxylog range enables simple and intuitive operation to assist paramedics in the effective use of the device. The models offer different modes that can be customised to the specific needs of the patient and provide clear information and notifications to take the necessary action.

Overall, Oxylog plays an essential role in the ambulance service by providing effective ventilatory support, capturing and managing relevant medical data and offering ease of use and customisation to meet individual patient needs.

Features of the Dräger Oxylog

The Dräger Oxylog is a device used in emergency medical care. It is a transportable ventilator that is used for the artificial ventilation of patients. The Oxylog is particularly robust and handy, which makes it ideal for use on the move or in difficult environments. It has various features that increase its efficiency and user-friendliness. One outstanding feature is the ability to regulate the pressure, which makes it possible to adjust the exact pressure during ventilation. This allows the Oxylog to be customised to the patient's individual needs. It also has an integrated alarm that is activated immediately in the event of malfunctions or deviating values. This allows potential problems to be recognised and rectified quickly. Another practical feature of the Dräger Oxylog is its long battery life, which ensures that the device works reliably even during prolonged use. All in all, the Dräger Oxylog is characterised by its high quality, flexibility and intuitive handling, making it an indispensable device in emergency medical care.

Description of the Dräger Oxylog

ventilator

The Dräger Oxylog ventilator is a state-of-the-art medical device designed specifically for ventilation therapy. It has various functions and features that enable effective ventilation.

One of the outstanding functions of the Oxylog ventilator is the ability to precisely set the tidal volume. The tidal volume, i.e. the volume of breathing gas per breath, can be individually adjusted on this device. This enables optimum ventilation for different patient sizes and needs.

The Oxylog ventilator also has a high-performance ventilation function. This function makes it possible to set a particularly high respiratory rate and high inspiratory pressure in the event of severe respiratory problems or emergencies. This ensures an adequate oxygen supply to the patient, even under extreme conditions.

Another important aspect of the Oxylog ventilator is its safety during transport or in emergencies. The device is robust and shock-resistant to meet the requirements of the emergency services. It also has various alarm systems that warn the user immediately in the event of malfunctions or critical situations. This ensures safe and reliable ventilation therapy.

The Oxylog ventilator also enables continuous monitoring of ventilation therapy. It has various sensors and measuring devices that measure and display important parameters such as respiratory resistance, the oxygen content in the breathing gas and the pressure in the ventilation system. This allows the user to continuously monitor the ventilation therapy and make adjustments if necessary.

To summarise, the Dräger Oxylog ventilator offers a wide range of functions and features that enable effective ventilation therapy. With precise tidal volume adjustment, high-performance ventilation function, safety during transport or in emergencies and continuous monitoring of ventilation therapy, the device fulfils the highest medical requirements.

The most important components and functions of the Dräger Oxylog

The Dräger Oxylog is a portable ventilator specially developed for emergency and transport ventilation purposes. There are different models of the Oxylog, including the Oxylog 3000 plus and the Oxylog VE300.

The main components of the Oxylog are a display that shows relevant ventilation parameters and a keypad for entering settings and controlling the device. It also has a modular design that enables components to be replaced quickly and easily.

The functions of the Oxylog include support for various ventilation modes, such as assist-control ventilation and controlled ventilation, to ensure continuous ventilation of the patient. The device also offers the option of manual ventilation to meet the patient's individual needs.

With regard to the keywords "Dräger Oxylog 3000 plus" and "Dräger Oxylog VE300", these are different models of the Oxylog with specific features and functions. The "Emergency and transport ventilation" describes the intended use of the device, namely the ventilation of patients in emergency situations or during transport.

The "Test for Oxylog 1000, 2000 and 3000" refers to a test interface that makes it possible to check the functionality of the Oxylog devices. The "1.5 litre bag, silicone" refers to a special ventilation lung that can be used as an extension for the Oxylog.

Advantages and benefits of using the Dräger Oxylog

The Dräger Oxylog offers numerous advantages and significant benefits for emergency and transport ventilation. The VE300 and 3000 plus models are powerful devices that are also attractively priced.

These devices are characterised by their versatility and high functionality. They enable reliable and precise ventilation, both in emergencies and during transport. Their use in such situations can be decisive in saving patients' lives.

The Dräger Oxylog devices have various functions that make them particularly effective. Among other things, they offer automatic adaptation to the patient, precise oxygen concentration and easy handling. They are also lightweight and mobile, which is a particular advantage in emergency care.

There are therefore many advantages to using the Dräger Oxylog. It offers reliable ventilation, high functionality and is attractively priced. The device enables effective patient care both in emergencies and during transport. Overall, the Dräger Oxylog is an important component in emergency and transport ventilation that brings significant benefits to patient care.

Transport ventilation with Oxylog

In medical emergency situations where life-threatening respiratory distress is present, immediate ventilation is essential. One way to do this safely and effectively is transport ventilation with the Oxylog. The Oxylog is a transportable ventilator that has been specially developed for use outside hospitals.

The Oxylog enables healthcare professionals to control and adjust the ventilation procedure quickly and precisely. The device offers various modes of ventilation support, such as assisted spontaneous breathing or controlled ventilation. The Oxylog also has precisely adjustable parameters such as respiratory rate, oxygen concentration and tidal volume in order to optimally adapt ventilation to the patient's individual needs.

The transportability of the Oxylog is particularly important. Thanks to its compact design and lightweight construction, the device can be easily carried from one place to another during transport. This is of great importance as medical emergencies often occur outside of hospitals and require immediate action for fast, effective ventilation.

Transport ventilation with the Oxylog therefore enables healthcare professionals to provide safe and effective ventilation in emergency situations while the patient is being transported from one location to another. Precise control of ventilation parameters means that ventilation can be customised to ensure optimal care.

Importance of transport ventilation in intensive care

Transport ventilation plays a crucial role in intensive care, as it enables patients to be treated safely during transport or in emergency situations. The Dräger Oxylog 3000 is used as a portable ventilator for this purpose.

The device offers numerous advantages and functions that contribute to safe treatment. One important function, for example, is the precise control of ventilation, which enables customisation to the patient's needs. Various ventilation modes allow the device to be optimally adjusted to the patient's illness or condition.

Another major advantage of the Oxylog 3000 is its portable design. The compact and lightweight design makes it easy to transport the device and enables it to be ready for use quickly in emergency situations. The device also has a long battery life, so that it works reliably even during long journeys or power failures.

Patient safety is the top priority in transport ventilation. The Oxylog 3000 therefore offers precise pressure control as well as various alarm functions that immediately raise the alarm in the event of deviations from the set values. This allows potential complications to be recognised at an early stage and appropriate measures to be taken.

Overall, the Dräger Oxylog 3000 portable ventilator ensures safe and effective treatment of patients during transport or in emergency situations. Thanks to its numerous functions and advantages, it is an indispensable device in intensive care.

How Oxylog facilitates transport ventilation

The Oxylog 3000 plus is a ventilator that has been specially developed for transport ventilation. It offers various functions that facilitate the transport of critically ill patients.

One of the important functions of the Oxylog 3000 plus is the AutoFlow mode. This mode enables automatic adjustment of the respiratory flow to the individual needs of the patient. The controlled delivery of the ventilation gas ensures an efficient oxygen supply.

Another function of the Oxylog 3000 plus is the integrated capnography. This enables continuous monitoring of the end-expiratory CO2 content. As a result, the success of the therapy can be better evaluated and possible complications recognised at an early stage.

The Oxylog 3000 plus also offers the option of non-invasive ventilation. This means that ventilation can take place without the use of an endotracheal tube. This minimises the risk of complications and ensures improved patient acceptance.

Various ventilation modes and functions are available to the user for transport ventilation. These include volume-controlled ventilation, pressure-controlled ventilation, SIMV mode (synchronised intermittent mandatory ventilation) and CPAP mode (continuous positive airway pressure). These different modes enable customised ventilation therapy during transport.

To summarise, the Oxylog 3000 plus offers a wide range of functions and ventilation modes for transport ventilation. The AutoFlow mode, integrated capnography and the option of non-invasive ventilation optimise the care of critically ill patients during transport. The Oxylog 3000 plus is therefore an indispensable device for use in transport medicine.

Advantages of using the Oxylog for transport ventilation

Using the Oxylog for transport ventilation offers numerous advantages. One decisive factor is the use of 1.5-litre silicone bags for the Oxylog 1000, 2000 and 3000 models. Silicone is a particularly hard-wearing and durable material that ensures safe and reliable ventilation.

The Oxylog VE300 and Oxylog 3000 Plus models are also available on the market. These models offer a wide range of functions and can be customised to the patient's individual needs. They ensure optimum ventilation during transport.

Financial savings can also be realised by purchasing the Oxylog VE300 and Oxylog 3000 Plus. These models offer a cost-effective alternative to other transport ventilators on the market. They provide high efficiency and reliability at a lower price.

To summarise, there are many advantages to using Oxylog for transport ventilation. The use of silicone bags and the availability of different models offer an optimal solution for ventilation during transport. In addition, the financial savings that can be realised by purchasing Oxylog VE300 and Oxylog 3000 Plus allow for cost-effective yet high-quality ventilation.

Non-invasive ventilation options with Oxylog

Non-invasive ventilation (NIV) is a form of respiratory support that does not require the use of an invasive ventilator. This option is often used for patients who have difficulty breathing adequately but do not require intubation. A popular non-invasive ventilation option is the Oxylog, a portable ventilator that provides controlled oxygen delivery. The Oxylog can be used flexibly and offers different modes of ventilation, depending on the individual needs of the patient. The Oxylog can be used on a ward as well as in an ambulance or during transport. Thanks to its compact size and user-friendly operation, the Oxylog is an effective and practical option for supporting patients' breathing without the need for invasive measures. Non-invasive ventilation with the Oxylog enables more flexible and comfortable treatment for patients who require additional support due to their breathing problems.

Overview of non-invasive ventilation techniques

Non-invasive ventilation includes various techniques that are used to support breathing without the need for invasive intubation. The most commonly used techniques include nasal mask ventilation and face mask ventilation. In nasal mask ventilation, a soft mask is placed over the nose and connected to the ventilator with a tube. This technique is particularly suitable for patients with sleep apnoea or mild respiratory insufficiency. Face mask ventilation, on the other hand, covers the patient's mouth and nose and is effective in cases of acute respiratory distress or other acute respiratory illnesses.

These techniques are based on the principle of positive pressure ventilation, in which the patient is provided with increased airway pressure to facilitate ventilation of the lungs. Non-invasive ventilation improves respiratory function and reduces the risk of respiratory infections compared to invasive ventilation with endotracheal intubation.

The areas of application for non-invasive ventilation are diverse and range from the treatment of chronic respiratory diseases such as COPD or pulmonary fibrosis to respiratory support for acute respiratory insufficiencies. It can be used in both inpatient and home care settings.

Keywords: non-invasive ventilation, techniques, basics, areas of application, description.

How Oxylog supports non-invasive ventilation

The Oxylog is a medical device that supports non-invasive ventilation. Non-invasive ventilation is a treatment method in which the patient is ventilated without endotracheal intubation. Instead, a mask or nasal cannula is fitted through which oxygen is supplied.

The Oxylog enables this type of ventilation by ensuring a controlled and regular supply of breathing air and oxygen. The device can adjust the breathing rate, breathing rhythm and pressure of the respiratory flow to fulfil the patient's individual needs.

An important aspect is that the Oxylog offers high accuracy and precision in ventilation. It can precisely control pressure and flow to ensure efficient ventilation. This can be particularly important to support patients with respiratory problems or impaired lung function.

In addition, the Oxylog can also be integrated with other medical devices and systems to provide comprehensive patient treatment and monitoring. This facilitates collaboration between different medical professionals and improves the quality of care.

Overall, the Oxylog effectively supports non-invasive ventilation by providing a controlled and customised delivery of breathing air and oxygen. Its high accuracy and ability to integrate with other devices make it an important tool in the medical care of patients requiring this treatment method.

Effectiveness of non-invasive ventilation with Oxylog

When comparing the effectiveness of non-invasive ventilation with the Oxylog models 1000, 2000 and 3000, which are equipped with 1.5 litre silicone bags, it can be seen that all three models provide effective ventilation.

Studies and tests on the effectiveness of these ventilation methods have shown that the Oxylog models perform well and deliver positive results.

The use of 1.5 litre silicone bags contributes to the effectiveness of non-invasive ventilation as they ensure stable and safe ventilation. Silicone bags are durable and easy to clean, which improves their hygiene and durability.

The Oxylog models are suitable for different patient groups and offer a variety of functions and settings to suit individual needs.

Overall, the Oxylog models are reliable and efficient in terms of the effectiveness of non-invasive ventilation. The use of 1.5 litre silicone bags contributes to the safety and performance of these devices. However, further studies and testing could provide further insight into their effectiveness and benefits.

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