The Mindray BeneHeart R700 and R900 are advanced electrocardiograph systems designed to simplify ECG examinations while delivering accurate, intelligent, and reliable cardiac analysis across diverse clinical environments. Featuring a high-resolution 12.1-inch touchscreen display, intuitive user interface, visual electrode placement guidance, automatic ECG acquisition, additional lead guidance for posterior and right chest examinations, and advanced ST analysis tools, the BeneHeart series enhances workflow efficiency and diagnostic confidence. Intelligent features such as pacing marker channels, abnormal heartbeat capture, automated arrhythmia analysis, and support for both Mindray and University of Glasgow ECG interpretation algorithms provide precise clinical decision support for adult and pediatric patients. With HL7/DICOM connectivity, Wi-Fi 6 support, seamless integration into EMR/HIS/PACS systems, and centralized ECG data management capabilities, the BeneHeart R700/R900 series delivers efficient and connected cardiac diagnostics for modern healthcare environments.

The Mindray TE Air e5M is a wireless handheld ultrasound system engineered to deliver portable, high-quality imaging across a wide range of clinical environments. Designed for hospitals, clinics, emergency care, and medical education, the TE Air e5M combines full-body scanning capability with intelligent imaging technologies and exceptional mobility. Featuring wireless operation, intuitive one-hand workflow, B-mode, M-mode, Color Doppler, Power Doppler, and PW Doppler imaging modes, the system supports applications including abdominal, vascular, cardiac, musculoskeletal, OB/GYN, thyroid, and small parts imaging. Advanced smart functions such as iTouch+ automatic image optimization, Smart Bladder, Smart Calc, PW Auto Calc, iWorks workflow protocols, and iScanHelper built-in tutorials improve efficiency and diagnostic confidence for users of all experience levels. With IP68 waterproof protection, fast charging capability, PACS connectivity, and the portable Air Capsule charging case, the TE Air e5M delivers reliable ultrasound performance with maximum flexibility and convenience.

The Mindray ePM 10/12/15 is a compact patient monitoring system designed to provide advanced physiological monitoring, intelligent workflow optimization, and seamless hospital connectivity for emergency rooms, recovery units, sub-acute care, and general wards. Featuring a multi-touch capacitive HD display with gesture support, wide viewing angles, auto-brightness adjustment, fanless design, and durable disinfectant-resistant construction, the ePM series delivers a modern and hygienic monitoring experience. The system supports comprehensive monitoring parameters including ECG, respiration, SpO₂, NIBP, temperature, invasive blood pressure, EtCO₂, and cardiac output measurements, while advanced technologies such as CrozFusion™ alarm analysis, AlarmSight sensor guidance, Early Warning Scoring (EWS), neonatal OxyCRG monitoring, and Clinical Assistive Applications (CAA) enhance clinical decision-making and patient safety. Integrated HL7 connectivity, wireless CMS integration, EMR interoperability, and mobile monitoring access help streamline hospital workflows and provide continuous access to patient data across clinical environments.

The Mindray WATO EX-65 Pro is a high-performance anesthesia system designed to deliver precise ventilation, intelligent monitoring, and cost-effective anesthesia management across a wide range of surgical environments. Equipped with a 15-inch high-resolution touchscreen, intuitive flat-menu user interface, ICU-grade ventilation modes, integrated HFNC support, and advanced lung recruitment tools, the WATO EX-65 Pro enhances perioperative respiratory management and patient safety. The system features a precise digital gas mixer with low-flow optimization technology, comprehensive multi-gas monitoring, BIS integration, visual system checks, and intelligent alarm guidance for improved clinical workflow and operational safety. Its modular plug-and-play architecture, user-calibrated flow sensor technology, anesthetic agent prediction tools, and low-flow anesthesia optimization help reduce maintenance requirements, minimize anesthetic consumption, and improve overall efficiency in operating rooms and critical care settings.

The Mindray BeneVision N17, N15, and N12 are advanced patient monitoring systems designed to enhance clinical efficiency, intelligent decision-making, and seamless connectivity across critical care environments. Featuring high-definition wide-format displays with up to 1920x1080 resolution, multi-touch gesture operation, auto-brightness adjustment, and intuitive flat user interfaces, the BeneVision N-Series delivers exceptional visibility and workflow optimization for ICU, CCU, NICU, OR, PACU, and emergency care settings. The system supports comprehensive physiological monitoring including advanced hemodynamic analysis, EEG, BIS, PiCCO, ScvO₂, cardiac output, respiratory mechanics, airway gas monitoring, and ST segment analysis. Integrated Clinical Assistive Applications such as HemoSight™, SepsisSight™, ST Graphic™, Early Warning Score (EWS), and BoA Dashboard™ provide intelligent clinical support for faster and more informed patient care decisions. With extensive network integration, BeneLink device connectivity, seamless EMR/HIS/PACS interoperability, mobile monitoring support, and transport-ready functionality, the BeneVision N-Series creates a fully connected monitoring ecosystem designed for modern healthcare environments.

The Mindray Recho R9 is an advanced cardiovascular diagnostic ultrasound system designed to provide exceptional cardiac imaging performance, intelligent automation, and comprehensive hemodynamic assessment for modern echocardiography applications. Powered by the innovative eZST+ echocardiography platform, the Recho R9 combines Macro-array Beamforming Technology, Ultra-Dynamic Range Flow imaging, Broaden Zone Harmonic Imaging, and Auto Touch real-time optimization to deliver outstanding image clarity and diagnostic confidence. The system supports advanced cardiovascular applications including real-time 3D echocardiography, stress echo, contrast-enhanced imaging, Auto Strain LV, Auto EF, Auto VQLA, V Flow, RIMT, and hemodynamic evaluation tools, helping clinicians improve diagnostic accuracy and workflow efficiency in complex cardiac examinations. With an extensive cardiovascular transducer family including 3D TTE/TEE and single-crystal probes, the Recho R9 enables precise visualization of cardiac morphology, anatomy, blood flow, and ventricular function for comprehensive cardiovascular assessment.

The Mindray MX7 is an advanced portable ultrasound system engineered to deliver premium imaging performance, exceptional mobility, and intelligent workflow optimization across a wide range of clinical applications. Powered by the revolutionary ZONE Sonography® Technology+ (ZST+), the MX7 utilizes virtual beamforming architecture to provide perfectly focused imaging with outstanding clarity from superficial to deep anatomical structures. Featuring an ultra-lightweight magnesium alloy design, customizable touchscreen interface, advanced cardiovascular imaging tools, and comprehensive general imaging capabilities, the MX7 enables efficient and reliable diagnosis in hospitals, clinics, emergency care, and bedside environments. The system supports advanced technologies including UWN+ Contrast Enhanced Ultrasound (CEUS), Natural Touch Elastography, Tissue Tracking Quantitative Analysis, iWorks workflow automation, and sophisticated vascular and cardiac imaging applications. Its durable compact design, vibration-reducing mobility platform, flexible height adjustment, and intuitive user experience make the MX7 an ideal solution for clinicians seeking high-performance portable ultrasound imaging without compromising workflow efficiency or image quality.

The Mindray uMEC 100/120/150 is a versatile patient monitoring series designed to deliver reliable physiological monitoring, intuitive operation, and long-lasting performance across various clinical environments. Built with Mindray’s extensive expertise in patient monitoring technology, the uMEC series provides precise measurements for ECG, SpO₂, NIBP, respiration, and temperature monitoring while supporting advanced clinical assistive applications such as EWS, GCS, and 24-hour ECG summary analysis. Featuring a responsive touchscreen interface, gesture-based controls, flat UI design, self-learning functionality, large internal data storage, and up to 12 hours of continuous battery operation, the system enhances workflow efficiency and ease of use for caregivers. Its lightweight portable design, durable fanless construction, IPX1 water resistance, drop protection, and robust housing make the uMEC series highly suitable for bedside monitoring, transport, emergency care, and general ward applications while ensuring stable performance in demanding healthcare environments.

The Mindray BeneHeart C Series is an intelligent semi or fully automated external defibrillator (AED) designed to provide rapid, reliable, and user-friendly emergency cardiac care in public and professional rescue environments. Equipped with Mindray’s innovative ResQNavi™ technology, the system automatically adapts rescue guidance based on the rescuer’s experience level, delivering intelligent voice prompts and animated visual instructions for efficient CPR and defibrillation support. Featuring QShock™ rapid shock delivery technology, the BeneHeart C Series can deliver the first shock in less than eight seconds while supporting up to 360J biphasic energy for improved defibrillation success in difficult rescue situations. The series offers adult and pediatric modes, pre-connected long-life pads and battery systems, CPR feedback support, optional Wi-Fi and 4G connectivity, and AED-Alert™ 2.0 remote management capabilities for centralized monitoring and maintenance. With IP55 water and dust resistance, 1.5-meter drop protection, helicopter transport certification, and up to five years of battery and pad lifespan, the BeneHeart C Series delivers dependable performance for schools, workplaces, public facilities, healthcare institutions, and emergency response teams.

The Mindray TE Air i3P is an advanced wireless handheld ultrasound system designed to deliver premium point-of-care imaging with maximum portability, flexibility, and clinical efficiency. Engineered for emergency medicine, critical care, bedside assessment, and mobile healthcare applications, the TE Air i3P can operate independently through the TE Air Mobile App or connect wirelessly to the TE X Ultrasound System for expanded functionality. Featuring B-mode, M-mode, Color Doppler, Power Doppler, PW Doppler, and Tissue Doppler Imaging, the system supports a wide range of clinical applications including cardiac, abdominal, lung, trauma (FAST), bladder, and emergency imaging. Powered by eWave and single crystal technology, the TE Air i3P provides high-resolution imaging and confident diagnostic performance in compact environments. Its IP68 waterproof and dustproof construction, innovative Air Capsule portable charging case, magnetic charging system, fast charging support, seamless PACS connectivity, and intuitive one-hand operation enhance usability and workflow efficiency in fast-paced clinical settings. With advanced mobility and durable wireless performance, the TE Air i3P delivers powerful ultrasound imaging wherever patient care is needed.

The Mindray SV350 is an advanced intensive care ventilator designed to provide intelligent respiratory support, flexible ventilation strategies, and comprehensive patient monitoring for adult, pediatric, and infant patients. Equipped with a 12.1-inch high-resolution TFT touchscreen display, the SV350 supports a wide range of invasive and non-invasive ventilation modes including V-A/C, P-A/C, SIMV, DuoLevel, APRV, PRVC, PSV, CPAP, and NIV, enabling clinicians to adapt ventilation therapy to diverse critical care scenarios. The system integrates advanced respiratory monitoring parameters, waveform analysis, lung mechanics assessment, and optional CO₂ and SpO₂ monitoring modules to enhance clinical decision-making and patient safety. Featuring automatic tube resistance compensation, extensive alarm management, long battery operation, multiple communication interfaces, and compact mobility-friendly construction, the SV350 delivers reliable ventilation performance in intensive care units, emergency departments, transport environments, and perioperative care settings. Its intelligent respiratory support tools, high airflow capability, and precise ventilation control help optimize patient comfort, improve workflow efficiency, and support advanced respiratory therapy management.