Ultima CardiO2 Gas Exchange Analysis System

Cardiopulmonary exercise testing system integrating spirometry, gas analysis, ECG, and oximetry for comprehensive assessment of cardiovascular and metabolic function. Designed for clinical cardiology, pulmonology, and sports medicine applications with integrated OMNIA software for data analysis and reporting.

Cardiopulmonary exercise testing system that measures VO2 max, resting energy expenditure, and metabolic function. Integrates spirometry, oximetry, and ECG monitoring with OMNIA software for comprehensive lung function and body composition analysis in clinical and sports medicine settings.

Systems for comprehensive cardiac monitoring and data collection from wearable electrodes. Supports advanced heart rate variability analysis and arrhythmia detection.

Integrated system for conducting cardiopulmonary stress tests to assess cardiac and respiratory function during exercise. Provides detailed analysis of oxygen utilization and cardiovascular response during physical exertion.

The Q Spirometer and Oximetry system combines spirometry and pulse oximetry for comprehensive pulmonary function testing and oxygen saturation monitoring. Integrated ECG capability with OMNIA software provides accurate lung function assessment, metabolic analysis, and cardiopulmonary exercise testing in clinical and sports medicine settings. Available on PC and mobile platforms for flexible deployment in diagnostic facilities.

Advanced oximetry device providing three-dimensional oxygen saturation analysis. Can be integrated with spirometry systems for comprehensive respiratory assessment.

An integrated pulmonary function testing platform combining ultrasonic flow sensors, infrared spectroscopy absorption technology, and continuous pulse oscillation techniques on a single platform. Covers conventional ventilation function through complex respiratory mechanics analysis for hospital and research applications.

A multifunction cardiac monitor designed for monitoring vital biological parameters of patients in intensive care units, operating rooms, recovery wards, and internal medicine intensive care departments. It can also be used for monitoring newborns. The device can operate independently or as part of the FX 3000 monitoring system and provides monitoring of ECG, respiration, non-invasive and invasive blood pressure, SpO2 saturation, end-tidal CO2, temperature, cardiac output via thermodilution and non-invasive methods, ST-segment analysis, arrhythmia detection, oxygen content, anesthetic gases, and pacemaker detection. It features alarm signaling for parameter threshold violations and advanced data storage with electronic memory for patient information and integration with other IT systems.

The K5 is a portable wireless respiratory gas metabolite analyzer - It measures the amount of metabolism of the human body continuously during certain human activities, such as running, walking, resting, or exercising without restrictions on places or specific instruments. - The equipment is ultra-lightened, worn directly on the subject's body, measured during human activity, and transmitted wirelessly to monitmay be downloaded by connecting with a computer after the measurement is completed. - The measure the amount of VO2, VCO2, VO2 max, HRmax, EE and the amount of breathing that circulates. - Rehabilitation medicine, motion analysis laboratory, industrial medicine, respiratory rehabilitation, heart rehabilitation, ergonomics, sports medicine, nutrition, etc It applies to many fields, including.

Handheld end-tidal CO2 monitor for real-time respiratory gas analysis in anesthesia and critical care settings. Measures exhaled CO2 levels to assess ventilation adequacy and monitor patient respiratory status during sedation and general anesthesia. Features portable design with integrated ETCO2 sensor technology for bedside or operating room use.

An integrated pulmonary function testing system that utilizes high-precision ultrasonic flow sensing technology, infrared spectroscopy absorption technology, and continuous pulse oscillation technology. The system integrates multiple detection modules on a single platform, covering comprehensive assessment from routine ventilation function to complex respiratory mechanics analysis. It accommodates clinical pulmonary function testing needs at all hospital levels and supports full-age-range testing scenarios from newborns to elderly patients, providing comprehensive intelligent solutions for clinical treatment decisions and research innovation.

Desktop capnography monitor for real-time measurement and display of end-tidal CO2 (EtCO2) levels in patients. Used in operating rooms, intensive care units, and emergency departments to monitor respiratory status and ventilation adequacy. Features infrared gas analysis technology with desktop form factor for stationary clinical environments.