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V3 ventilator is a turbine-based respiratory support platform designed to handle various scenarios, including bedside ventilation and intra-hospital transport. Its straightforward and intuitive interface allows caregivers to use it without extensive training, making it accessible and user-friendly.

The V3 provides various ventilation modes suitable for both critical and subcritical respiratory therapy for adult and paediatric patients. This versatility ensures that it can meet the needs of a wide range of patients, from the most vulnerable to those requiring intensive care.

Additionally, V3 ventilator features a durable, high-performance core power unit that delivers high-speed flow and stable ventilation. This ensures that the device can meet diverse respiratory support needs, providing consistent and reliable performance in various clinical settings.

V8 ventilator incorporates advanced technology for optimal synchronization, enhancing patient comfort and adaptability. It supports multiple ventilation modes, including single-limb non-invasive options for neonates. The device features dual-channel pressure monitoring, cuff management, and adjustable oxygen concentration during nebulization.

Additionally, V8 ventilator includes spontaneous breathing trials (SBT) to aid in weaning and calculates energy metabolism and alveolar ventilation to assist caregivers in decision-making. It is equipped with a large, rotatable display screen and has a detachable design for remote control, offering greater flexibility for medical staff.

The V8 also includes specialized neonatal ventilation modes and utilizes a dual-driven system combining pneumatic and electronic mechanisms for reliable and uninterrupted respiratory support. This combination ensures consistent ventilation, even in the presence of central gas supply issues, making it a versatile and dependable choice for various patient needs.

A compact turbine driven ventilator with multi-function, covers the non-invasive and invasive ventilation, and is suitable for treatment of most patient type. LYRA x1 is versatile throughout hospital and transport. Comprehensive ventilating modes, including APRV, PRVC, NIV are available for all your demands and for all type of patients from neonatal (optional) to adult.

A collapsible high-resolution touch-screen display makes LYRA x1 mounted on a trolley your choice for ICU applications, as well as a high-performance ventilator throughout hospital and transport.

The innovative expiration valve disassembling concept brings more ease and efficiency for the sterilization process. As your versatile assistant, LYRA x1 is configured with O2 therapy, P-V tool, a lung titrating gold standard, etc.

LYRA x2 is a premium non-invasive turbine driven ventilator with no compromise on the performance in invasive ventilation.

User can easily switch between NIV- and IV-modes by UI operation only.
Comprehensive parameter monitoring describes the full scenario of patient’s status to the care giver.

In a busy ICU it is imperative to give the desired mechanical ventilation to the patient.
A tall vertical layout touchscreen display makes operating of the ventilator smooth & easy, benefitting from extra information gathered at a glance.

VELA™ Ventilator is a versatile device designed for both invasive and non-invasive ventilation, providing tools to support patients in various care settings. It comes in three models, each offering customizable features to meet different ventilation and budgetary requirements. The intuitive user interface enhances ease of use, allowing caregivers to operate the ventilator efficiently.

One of the key advantages of VELA™ Ventilator is its ability to operate independently of external air sources, offering greater flexibility in various clinical environments. Its flat-panel, colour touchscreen simplifies ventilator controls, improving both usability and safety. Additionally, the extensive internal battery capacity and turbine technology ensure reliable operation without the need for compressors or wall air.

VELA™ Ventilator also benefits from its patented turbine technology, which reduces downtime and operating costs. With no scheduled maintenance required for the turbine, the ventilator maintains a low cost of ownership, making it a practical choice for healthcare facilities seeking cost-effective and dependable respiratory support solutions.

Bellavista™ ventilator offers comprehensive support for patients ranging from adults to neonates, featuring a powerful turbine, a configurable user interface, and lung-protective capabilities. This next-generation ventilator incorporates advanced technology to simplify clinical practice, minimize respiratory distress through synchronization, and reduce clinician workload with features like AnimatedLung and VentSummary. It provides versatile ventilation modes suitable for both invasive and non-invasive applications.

Bellavista™ 1000 model is designed for universal use across various care settings, including intensive and intermediate care units. It combines state-of-the-art ventilation technology with an innovative user-control concept, making it adaptable for neonatal to adult ventilation. The high-performance turbine drive, compact design, and extended battery life facilitate intra-hospital transfers, while customizable software adds unique value.

Cetus x12 includes a high-resolution color screen with a wide and flat design. It offers an ergonomic interface, with an optional touchscreen. It has a multi-waveform display for analyzing multiple lead ECGs and can perform calculations for hemodynamics, drug doses, oxygenation, and ventilation. Other features include pacemaker detection, ST and arrhythmia analysis, and an OxyCRGs screen.

For connectivity, Cetus x12 supports both wired and wireless CMS, and it is compatible with the HL7 protocol for integration with HIS. It also includes SpO2 pulse-tone modulation (Pitch Tone) and the Modified Early Warning Score (MEWS) system. Users can review historical data in graphical and tabular formats. The device is equipping with a rechargeable Lithium-Ion battery.

Cetus x15 is equipped with multiple parameter options to meet the needs of ICU, CCU, and NICU environments. It features an expansive, high-resolution color screen with a wide and flat design, providing an ergonomic and reliable interface with an optional touchscreen. The device supports a multi-waveform display capable of analyzing multiple lead electrocardiograms (ECGs) and performs useful calculations for blood flow, drug doses, oxygen levels, and breathing. Additional functionalities include pacemaker detection, heart rhythm analysis, and blood oxygen level support for variable perfusion conditions.

Cetus x15 also offers optional brain monitoring and muscle monitoring modules and supports both wired and wireless central monitoring systems. It is compatible with standard health information systems (HIS) protocols. The device includes blood oxygen level tone modulation and VGA support for external displays. Users can benefit from graphical and tabular trend reviews and have access to historical detailed wave review for each patient, ensuring comprehensive monitoring and traceability.

PAVO features a colour screen with an optional touchscreen, designed to be portable, lightweight, and sturdy. It offers flexible parameter configurations to suit different clinical environments and ensures uninterrupted operation with a high-capacity rechargeable lithium-ion battery. The display settings include large fonts and adjustable font colours for easy readability. The device supports both spot-check and continuous monitoring modes and is suitable for adult, paediatric, and neonatal patients. It is compatible with both wired and wireless central monitoring systems and supports standard health information systems (HIS) protocols. Additional features include support for a barcode scanner and thermal recorder, as well as graphical and tabular trend reviews.

The Central Monitoring System (CMS) is designed to support efficient and centralized monitoring for numerous patients, helping to streamline daily healthcare operations. It offers various sizes of monitors and can monitor multiple beds simultaneously. The central station displays multiple real-time waveforms and provides separate patient windows for detailed real-time or stored data for each patient.

The CMS displays a range of waveforms from bedside monitors, such as ECG, heart rate, respiration, oxygen saturation, blood pressure, central venous pressure, invasive blood pressure, temperatures, and end-tidal CO2. It maintains records of patient data, real-time numeric data, waveforms, tabular trends, graphical trends, non-invasive blood pressure trends, alarm/event history, retrospective ECG waveforms, and full-disclosure waveforms. The system allows stored data to be retrieved for review after patient discharge.

Infusion pumps are designed with simplicity, safety, and extensive capabilities in mind. They feature a colour touchscreen with a large font design, making it easy to read important parameters from a distance. The intuitive operation system, automatic calibration, and inter-lockable functionality enhance ease of use.

For safety, the pumps offer high accuracy with a low margin of error, double air bubble and pressure detection, and an anti-bolus function. The Drug Error Reduction System (DERS) helps minimize medication errors. Additionally, the pumps are resistant to water splash and dirt according to Ingress Protection (IP) ratings, and they provide extensive battery life for reliable backup.

Syringe pump is designed with simplicity, safety, and extensive capabilities in mind. It features a colour touchscreen with a large font design, making it easy to read important parameters from a distance. The intuitive operation system, automatic calibration, and the ability to inter-lock and combine syringe pumps and infusion pumps enhance its usability and versatility.

For safety, the pump offers high accuracy with a low margin of error, double air bubble and pressure detection, and an anti-bolus function. It is resistant to water splash and dirt according to Ingress Protection (IP) ratings, and it provides a long-lasting battery life for reliable backup.

Spirometer provides real-time measurements of pulmonary function. Compared to conventional models, it uses a differential pressure and flow sensor in a tube to measure breath flow with high precision. The data is then transmitted wirelessly to computer software. Due to its handy format, the spirometer can be used anywhere. The screw-on handle facilitates easy cleaning and thus reduces the risk of cross-contamination. The cylindrically shaped handle fits any hand size and is designed to be held comfortably by both the doctor and the patient.

The Video Laryngoscope is an essential tool for precise airway management, providing clear visualization to ensure accurate placement of breathing tubes in the trachea. which offers exceptional clarity and can be tilted both vertically and horizontally for optimal viewing from any angle.

With a centrally positioned button for easy image and video capture, this device streamlines documentation and supports real-time sharing via Wi-Fi—perfect for improving workflow in high-pressure medical settings.

Designed with convenience and performance in mind, the Video Laryngoscope empowers healthcare professionals to deliver safe, efficient care.

Enhance accuracy and patient care with the cutting-edge Vein Finder. This portable, handheld device leverages near-infrared light to quickly and precisely detect veins beneath the skin, minimizing guesswork and improving procedural efficiency. Perfectly suited for medical professionals, phlebotomists, and nurses, it ensures smoother vein access, reducing patient discomfort and streamlining workflows.

Whether in hospitals, clinics, or emergency care settings, the Vein Finder is an indispensable tool to boost your practice’s precision and elevate patient satisfaction.

OEM Ventilator Accessories. Compatible with multiple brands and models.