Метка: Ventilators

1. Expert class ventilator. Equipped with a 15” color touch screen with the ability to rotate and change the viewing angle, as well as the possibility of mounting it separately from the device, a capnography module, an O2 sensor, a pneumatic nebulizer, a humidifier with automatic temperature control of the air mixture. The device is silent in operation. It is completed with a computer support module for lung ventilation and a medical compressed air compressor
2. The device is intended for prolonged mechanical ventilation in adults, children and newborns, including those with extremely low body weight (from 500 g)
3. Expert-class fan, which combines time-tested technological solutions and unique modern developments, makes the possibilities of the device almost limitless.
4. Verified algorithms, based on extensive statistics and precise mathematical calculations, of the computer support module for ventilation, even in conditions of data deficiency, allow you to select the optimal mode for starting ventilation in a matter of moments, and inform the doctor about the patient’s condition throughout its entire duration and form recommendations for him.
5. The Aura Pneumo ventilator has a technology that allows you to significantly expand the parameters of artificial lung ventilation. With a tidal volume of 5 ml and a respiratory rate of 180 per minute, this technique can be used even in preterm infants. But the implementation of only the minimum ventilation parameters in itself is not so unique. The possibility of full monitoring, both graphical and digital, during operation of the respirator with such ventilation parameters, makes the ventilator really high-tech and extremely safe for a small patient.
6. The safety and efficiency of the process of artificial lung ventilation is the main task of ventilators. The most understandable way to achieve these goals is to create ventilation modes that meet these requirements. The main physiological parameter on which the satisfaction of the body’s needs for oxygen depends is minute ventilation of the lungs. APMV mode solves this problem. Regardless of the degree of the patient’s respiratory activity, its changes over time, the administration of drugs that affect the patient’s respiratory activity, the device maintains the value of this parameter at the level set by the doctor. Assessing the mechanical properties of the lungs, the device optimally regulates the respiratory rate and optimizes the value of the tidal volume/inspiratory pressure in order to create comfortable ventilation conditions for the patient.
7. In case of critical damage to human lung tissue, it is necessary to create optimal conditions for each individual section of the lungs. The unique multi-level ventilation (MLV) mode can effectively help in solving this difficult task. The essence of the mode is reduced to the intermittent supply of different levels of inspiratory pressure for effective ventilation of various parts of the lungs with varying degrees of damage.
8. One of the types of minimally invasive technologies for artificial lung ventilation is the CFS mode. Constant flow support can limit the use of invasive ventilation in patients with compromised hemodynamics and during the process of weaning a patient from mechanical ventilation.
9. The combination of increased requirements for patient safety during artificial ventilation and automation of the ventilation process is provided by the Profilungs module. Based on the most accurate monitoring of all necessary ventilation parameters, including the mechanical properties of the patient’s lungs, the module allows automatic calculation of the optimal ventilation parameters for a particular patient in a given clinical situation. The module optimizes not only the settings of the ventilator, but also allows you to automate the process of weaning the patient from ventilation. In addition, the possibility of conducting a recruitment maneuver in automatic mode with the most detailed (graphic and digital) monitoring makes this process safer and more effective for the patient. The archiving of all set and measured values allows you to practically keep an electronic map of the process of artificial lung ventilation.
10. Ventilators are equipped with LCD screens with the ability to perform advanced monitoring of the patient’s respiratory activity, as well as detailed monitoring of the mechanical properties of the lungs, such as:

• peak airway pressure
  – mean airway pressure
• inspiratory airway resistance
  – peak alveolar and end expiratory alveolar pressure
• static compliance of the lungs
• dynamic compliance of the lungs
  – positive end-expiratory pressure and auto PEEP
  – inspiratory and expiratory times, as well as time constants

Medical product type code 113890

1. The Hamilton-T1 transport resuscitator is a combination of versatility and ease of use, high technology and ease of use. Suitable for all age categories of patients, the device features a lightweight and durable body with a wide range of functionalities.
2. Hamilton-T1 can be used in any kind of ambulance. The minimum tidal volume is 2 ml. allows it to be used for neonatal patients with extremely low body weight. All the main modes of the device make it easily adaptable to any clinical situation and patient needs. The built-in turbine does not require a source of compressed gas, which makes the device lighter and more compact.
3. More than 9 hours of battery life, intuitive user-friendly operation and 8.4″ convenient touch screen, showing all the necessary indicators clearly, make the device as convenient as possible in emergency situations when assistance is needed on the road.
4. The device has a system for quickly weaning the patient from the ventilator. The unique adaptive ASV mode significantly reduces the duration of ventilation, significantly saving resources, and also requires less intervention from the medical staff, unlike traditional modes. The device displays the main parameters of the dynamic lung on the display screen: the mechanical properties of the patient’s lungs, the state of resistance, compliance, tidal volume and spontaneous respiratory activity of the patient in real time. The Hamilton-T1 device is completely safe — light and sound indication will notify you of all critical changes in the patient’s respiratory activity and take timely action.
5. The Hamilton-T1 is indispensable in the field and certified for use in various modes of transport. It is suitable for use in the most extreme conditions — from -15°C to +50°C, from 5% to 95% humidity, at altitudes up to 7620 meters above sea level in dust storms and heavy rain.

Medical product type code 232890

1. HAMILTON-G5 is a multifunctional modular type mechanical ventilator from the well-known Swiss corporation Hamilton Medical. Due to the presence of a large number of both basic and additional functions, the device can be easily adjusted to any user’s needs.
2. A special IntelliCuff pressure controller is built into the cuff, which is responsible for monitoring and automatically adjusting cuffed tracheostomy and tracheal tubes, maintaining the specified optimal pressure in the cuff.
3. Using the unique P/V Tool Pro, you can control lung volume expansion, determine the optimal PEEP parameter based on the patient’s breathing mechanics, and repeatedly perform the recruitment maneuver for the treatment of ARDS.
4. The HAMILTON-G5 can measure transpulmonary pressure.
5. Hamilton Medical has implemented a proprietary Ventilation Cockpit interface and ASV (Intelligent Adaptive Ventilation Support) mode into the device.
6. Types of mechanical ventilation such as adaptive (ASV), invasive and non-invasive ventilation can be performed.
7. Monitoring data is displayed on an independent touch screen.
8. Both traditional respiratory waves and special windows «Ventilation Status» and «Dynamic Lungs» can be displayed on the screen, which greatly simplify the doctor’s understanding of the patient’s lung condition and its dependence on mechanical ventilation.
9. P/V Tool Pro and intuitive interface expand the functionality of the machine.
10. There is no dependence on the power source, the device can be powered by removable batteries.
11. Ability to print images from the screen.
12. There are all necessary ports (USB, Compact Flash, video output) for connecting additional devices.

Medical product type code 232890

1. The primary purpose of the new Hamilton-C1 ventilator is to improve the efficiency and performance levels of ventilators during inpatient therapy. Due to its compactness and pleasant design, it can be used by almost any intensive care unit. The competitive price further boosts the market demand for the product, while it is capable of invasive ventilation, adaptive assistive ventilation with real-time tracking, and of course non-invasive ventilation.
2. Non-invasive ventilation using this machine allows you to adjust the level of positive pressure, or even provide full-function invasive ventilation. This form of treatment is increasingly used during clinical operations to prevent intubation and at the same time make the treatment process even more comfortable for the patient. The consequence of this is a reduced time of the patient’s stay in the hospital and, at the same time, the risk of the spread of any nosocomial infections is significantly reduced.
3. If we consider ASV, then feedback control plays an important role here, the basis of which is the correction of ventilation parameters in the context of the inhalation-exhalation-inhalation interval. The task is to evaluate, optimize and provide the necessary adjustment of the set indicators.
4. The ability to quickly switch between several types of ventilation, while you can expand the capabilities of each of the above options using the DuoPAP / APRV NIV / NIV-ST modes or simply connect ASV adaptive ventilation.
5. Installed monitoring system for tracking and storing all the necessary indicators and trends with the ability to connect the feedback function.
6. This device is controlled either using an adaptive touch display or a rotary knob, while the button panel provides access to all vital tabs at once.
7. In case of emergency, a warning indicator will pop up on the monitor; this option is quite useful if you work remotely, or there are several such devices in the room.
8. The possibility of connecting the device directly to monitors or other autonomous systems for managing all the statistics of the patient’s indicators.
9. High performance turbine greatly improves overall efficiency during non-invasive ventilation.

Medical product type code 113890

1. The VENTIlogic plus invasive and non-invasive ventilator is one of a new generation of ventilators, but this ventilator is highly reliable and very versatile, has various monitoring options, and unique ventilation functions, which together make the use of the device more comfortable. The device is manufactured by one of the best German respiratory equipment company Weinmann Gerate fur Medizin GmbH + Co. kg.
2. The technical characteristics of this machine are impressive. Eight sensitivity levels, separate for inspiratory and expiratory phases, in ST mode expiration trigger can be disabled, CPAP, S, ST, T, TA leak mode, PSV, PCV, aPCV, SIMV, max. inspiratory pressure 35 hPa (leaking circuit without valve) and 45 hPa (system with valve), EPAP/PEEP pressure range 4 to 20 (leaking circuit without valve) and 0 to 20 (system with valve), tidal volume 50 ..3000 ml, respiratory rate is 5..45 1/min, accuracy +/- 0.2 1/min, step 0.5 1/min.
3. Six levels of pressure increase rate, as for the pressure decrease rate, the leakage circuit has 6 levels, and the valve circuit has one constant. Volume measurement accuracy at 23 °C +/- 20%
4. The level of separation of particles up to 2 microns in size by a fine filter is 99.7%. O2 oxygen is supplied through an integrated valve (15 l/min, max. 1 bar). Under normal environmental conditions, the service life of the fine filter is 1000 hours.
5. Optional settings: LIAM, AirTrap Control, trigger lock, pressure up/down, volume compensation.
6. The screen displays: ventilation parameters, online curves (pressure, flow, volume), FiO2 (optional), technical / physiological alarms, PC software, connection to PSG.
7. There are two batteries: external rechargeable battery lasts up to six hours, built-in rechargeable battery up to three hours. Battery capacity: built-in rechargeable battery — 4 hours, replaceable / rechargeable battery — 4 hours. The average sound pressure level when the patient is at a distance of 1 m from the device is about 28 dB(A) at 10 hPa. Maximum power consumption 120W. Dimensions (W x H x D): 240 x 153 x 340 mm. Weight: with replaceable battery: approx. 6.5 kg.
8. In the stages of severe respiratory failure, drug therapy is not enough to support the patient’s respiratory system. In such cases, doctors resort to invasive or non-invasive ventilation of the lungs, using devices that support the patient’s breathing. It is carried out by means of special devices, the most effective of which is VENTIlogic plus. It is designed for both invasive and non-invasive ventilation and combines the effectiveness of therapy and comfortable use.
9. TA mode, trigger lock function, expiratory pressure reduction. Volume compensation and LIAM, simplify the use of the device, making it more comfortable
10. Intuitive user-friendly rotary knob control and direct access to the most important ventilation parameters
11. Compatibility with all components of the VENTI line, digital and graphic display of ventilation parameters
12. Safe due to the built-in rechargeable battery, as well as due to the system of visual and acoustic alarms
13. Leakage is compensated by high dynamics with flow up to 300 l/min to ensure constant pressure

Medical product type code 113890

1. The VENTIlogic LS ventilator has a unique alarm control to ensure maximum safety. The device is made in Germany by Weinmann. This device is equipped with a leaky circuit (for masks with an integrated exhalation system), a single circuit with a patient valve, a dual patient circuit with a valve, and volume-controlled ventilation modes.
2. Various monitoring options, machine mobility, unique ventilation functions are provided. These features make the device as user-friendly as possible. The monitoring concept guarantees safe and reliable therapy. With it, you can fully rely on the device. The unique battery monitoring system provides detailed information on the status of rechargeable batteries, both replaceable and built-in. A complete record of the ventilation rate is also provided. The mobility of the device guarantees safety during the necessary ventilation of the lungs, which allows more time for doctors and patients. Even at maximum pressure, the device is very quiet (about 28 dB). The main features of this machine are: LIAM function, TA mode and target volume.
3. LIAM function (assisted lung insufflation maneuver) — used to help with coughing, does not require changing the mask.
4. TA mode — optimal adaptation of ventilation to the patient’s breathing pattern, allows you to relieve the load on the respiratory muscles.
5. Target Volume (Volume Compensation) — There are different speed modes (three modes) that can be set to automatically adjust the parameters to achieve the target volume.
6. Pressure range from 6 to 35 cmH2O (circuit for mask ventilation), from 4 to 45 cmH2O (circuit with a valve). Eight levels separately for inhalation and exhalation. Noise level 28 dB at 10 cm H2O.
7. Possibility to set parameters for all Weinmann devices.
8. When using the mask circuit, the device can operate in the following modes: CPAP, S, T, TA, SX and SXX.
9. The patient valve circuit offers the following modes: PSV, PCV, aPCV, SIMV, VCV, aVC.
10. The VENTIlogic LS non-invasive lung ventilation device is used in hospitals and at home for the treatment of adults and children (starting from a tidal volume of 50 ml and a weight of 5 kg), invasive and non-invasive ventilation of the lungs. The device can also be used as inpatient and/or remote treatment.
11. TA mode, trigger lock function, expiratory pressure reduction. Volume compensation and LIAM, simplify the use of the device, making it more comfortable
12. Intuitive user-friendly rotary knob control and direct access to the most important ventilation parameters
13. Compatibility with all components of the VENTI line, digital and graphic display of ventilation parameters
14. Safe due to the built-in rechargeable battery, as well as due to the system of visual and acoustic alarms
15. Leakage is compensated by high dynamics with flow up to 300 l/min to ensure constant pressure

Medical product type code 232870

1. The Dräger Savina 300 Classic (in this configuration) combines the independence and power of a turbine ventilation system with a wide range of ventilation modes. A large color touch screen and an intuitive operating system that focuses on essential functions make it easy to set up and operate the machine.
2. Intuitive interface provides easy control and quick setup
3. Unified Dräger user interface gives you confidence in use and reduces training time
4. Fast availability due to automatic device check
5. Intelligent alarm processing for fast emergency response
6. Smooth and sealed surfaces make it easy to clean and disinfect
7. Built-in turbine with fast response time and stable high flow rate up to 250 l/min
8. Five hours of independent ventilation thanks to built-in and external batteries
9. Ability to quickly connect to the transport supply module for convenient work with gas cylinders
10. Bedside console for quick attachment of the ventilator to the patient’s bed
11. Low pressure oxygen input (LPO) for ventilation without centralized gas supply
12. Wide range of ventilation modes
13. Spontaneous breathing with excellent trigger response time thanks to the turbine
14. Free breathing is possible thanks to the AutoFlow option in constant volume ventilation mode at a minimum pressure level
15. Non-invasive ventilation (NIV) with a very fast response time to patient efforts is available in all modes
16. If you need to change ventilation therapy, you do not need to change the device: Oxygen therapy allows you to use O2 with a constant flow
17. Advanced graphical capabilities with loops, trends and data logging

1. High standards of mechanical ventilation for adults and children in any clinical condition and under any operating conditions.
2. Dräger Savina® is an advanced high quality ventilator that combines high performance with ease of use. Designed to ventilate both adult and pediatric patients, Savina® provides effective therapy for any patient condition.
3. The all-round safety concept makes Savina® a natural choice for critical situations such as working in rural areas, earthquakes or where power goes out every now and then. Its internal battery can provide up to one hour of autonomy, and an optional external battery can extend that to 5 hours. Since the air is supplied from an integrated turbine, the Savina® does not require an external compressed air source – ideal for applications with limited infrastructure or where frequent transportation is required. Patient safety is enhanced by integrated sensors for minute volume, airway pressure and oxygen concentration.
4. Savina® provides all ventilation modes, with pressure and volume control, as well as pressure support for spontaneous breathing and non-invasive ventilation modes. Designed for adults and children, Savina provides state-of-the-art ventilation for a wide range of patients with any clinical condition.
5. Intuitive user interface makes it easy to learn how to use Dräger Savina®. You just need to select a parameter, adjust it and confirm the change. Changes are visualized on a high resolution color display. Savina® can also display your choice of static, dynamic, or digital real-time data or trends on an optional 12″ color touchscreen display.
6. AutoFlow® adds the benefits of spontaneous breathing to volume-controlled modes. BIPAP combines pressure-controlled ventilation with spontaneous breathing at any moment and at any pressure. Non-invasive ventilation modes are complemented by highly sensitive triggers and effective leak compensation. Together, these features reduce ventilatory time, shorten weaning, avoid re-intubation, and reduce intubation-related complications.

1. Oxylog 3000 plus is a new level of artificial ventilation for transporting patients. With high-performance features such as AutoFlow, built-in capnography and non-invasive ventilation, the compact and powerful Oxylog 3000 plus allows you to assist patients during their transport, receiving information about the effectiveness of ventilation.
2. Whether you’re on the scene or transporting a critically ill patient to the hospital, new features such as AutoFlow, built-in capnography, child ventilation, and all data compatibility allow you to provide all the care you need without regard to transport conditions.
3. The Oxylog®3000 plus provides a full range of volume and pressure controlled ventilation modes including VC-CMV, VC-AC, VC-SIMV, Spn-CPAP and PC-BIPAP. Leak-compensated non-invasive ventilation and pressure support for patient spontaneous breathing are also available. Thanks to the AutoFlow® function, it is possible to ventilate with tidal volume control and minimum peak inspiratory pressure.
4. Patient monitoring in the field is often challenging. With built-in carbon dioxide monitoring, the Oxylog® 3000 plus ensures correct intubation and ventilation performance at all times.
5. The Oxylog® 3000 plus comes with a special children’s hose with low dead space, high compliance and great flexibility. This makes it possible to ventilate a wide variety of patients with just one ventilator.
6. Having been tested on airplanes and helicopters, the Oxylog® 3000 plus also provides automatic altitude compensation, correcting the patient’s breathing volume accordingly, eliminating the need for manual calculations that are prone to errors.
7. The Oxylog® 3000 plus uses the same intuitive user interface found on all Dräger products. The operating system, which works on the principle of «select-change-confirm», facilitates the user’s learning process. Many accessories are common to all Oxylog® systems. This increases the efficiency of your work, allowing you to save space and time.
8. Thanks to the extensive data export capabilities, the Oxylog® 3000 plus not only can export ventilation parameters in real time to external monitoring systems and data management systems, but can also enjoy all the benefits of the Dräger Remote Service. This innovative concept allows status data to be transferred from the Oxylog® 3000 plus to the DrägerService for analysis. This results in more value for your equipment.

Medical product type code 113890

1. The Trilogy 202 ventilator with volume and pressure control modes can be used for both invasive and non-invasive ventilation. Adaptive air supply and a variety of settings ensure uninterrupted medical care.
2. The Trilogy 202 has a unique leak compensation feature in volume and pressure controlled modes of operation. This allows the use of simple passive circuits, which saves a lot of time and costs.
3. Switching to active or passive circuit operation, when replacing it, is carried out with one light touch.
4. Trilogy 202 provides freedom of movement within the healthcare facility. The built-in battery lasts 3 hours, and the optional removable battery extends it by another 3 hours. In case of delays, the specialists will have enough time to transport the patient. The weight of the device is only 5.6 kg, and the built-in handle makes it easy to carry the device when transporting the patient.
5. Auto-Trak algorithm improves patient-ventilator synchronization by adapting to changing breathing patterns and dynamic leaks. Adaptive adjustment of the device to changes in the patient’s breathing and automatic leakage compensation reduce the time spent by clinicians adjusting thresholds and refitting the mask.
6. All Trilogy devices for home and healthcare use have a single interface and are equipped with identical ventilation modes and breathing circuit settings. Patients treated at home receive respiratory support similar to ventilation in a hospital setting. Stored data can be downloaded and viewed for analysis and trending.
7. The Trilogy 202 ventilator allows all standard volume-controlled modes: AC, SIMV (with and without pressure support), and CV. The Trilogy 202 ventilator provides leak compensation in volume-controlled ventilation mode. This ensures reliable delivery of tidal volume even during non-invasive ventilation and in the presence of mask leaks.
8. The Trilogy 202 offers a set of standard volume-controlled ventilation modes: assisted ventilation (AC), synchronized intermittent mandatory ventilation (with and without inspiratory pressure support, SIMV and SIMV/PS), and controlled ventilation (VC). The Trilogy 202 features leak compensation in volume-controlled ventilation mode, which ensures a stable inspiratory flow even during non-invasive ventilation or circuit leaks.