Heyer VS500S Neonatal&Padiatric Ventilator #

🌟 Core Highlights (Quick Glance)

• Specialized Patient Focus: Designed exclusively for premature infants, neonates & pediatric patients (300g–40kg)
• 4 Key Non-Invasive Modes: NCPAP, NIPPV, SNIPPV, HFNC to cover diverse respiratory needs
• Comprehensive Real-Time Monitoring: 3 waveforms + SpO₂/FiO₂, PI, OSI for data-driven clinical decisions
• User-Friendly Operation: 10.4” capacitive touchscreen + no hidden menus (easy to learn/use)
• Precise Parameter Adjustment: FiO₂ (21%-100%), flow (0.5–40 L/min) & adjustable trigger (1-10 levels)

1. Specialized for Small Patients (300g–40kg)

• Targeted Design: Exclusively crafted for premature infants, neonates, and pediatric patients, with parameter ranges optimized to match their delicate respiratory systems.
• Broad Weight Coverage: Accommodates patients from as light as 300g (premature infants) up to 40kg (older children), eliminating the need for multiple age-specific devices.

2. 4 Comprehensive Non-Invasive Ventilation Modes

• Versatile Clinical Support: Offers four key non-invasive modes to address varied respiratory management needs:
  • NCPAP (Nasal Continuous Positive Airway Pressure): For maintaining airway patency
  • NIPPV (Nasal Intermittent Positive Pressure Ventilation): For mild to moderate respiratory support
  • SNIPPV (Synchronized Nasal Intermittent Positive Pressure Ventilation): Synchronized with patient breathing for enhanced comfort
  • HFNC (High-Flow Nasal Cannula): For humidified, high-flow oxygen therapy
• Non-Invasive Focus: Reduces the need for intubation, minimizing airway trauma and improving patient comfort—critical for fragile pediatric and neonatal patients.

3. Advanced Real-Time Monitoring for Safety

• Key Clinical Parameters: Integrates a SpO₂ module to track SpO₂/FiO₂ (ARDS risk indicator), PI (Perfusion Index, predicts illness severity), and OSI (Oxygen Saturation Index, monitors hypoxemic respiratory failure)—all without invasive blood sampling.
• 3 Dynamic Waveforms: Displays Pressure-Time, Flow-Time, and SpO₂-Time waveforms, providing real-time insights into patient-ventilator interaction. Enables healthcare teams to detect issues, evaluate intervention responses, and adjust therapy breath-by-breath.
• Early Diagnosis Support: Data from OSI, SpO₂/FiO₂, and waveforms aids in early detection of Acute Lung Injury (ALI) and Acute Respiratory Distress Syndrome (ARDS), improving treatment outcomes.

4. Intuitive, User-Friendly Operation

• 10.4” Capacitive Touchscreen: Highly sensitive color display (800x600 resolution) with clear, easy-to-read monitoring data—ideal for busy clinical environments.
• No Hidden Menus: Streamlined interface allows immediate access to ventilation modes and parameter adjustments. Minimal training required, so staff can focus on patient care instead of complex device navigation.
• Hassle-Free Setup: Simple to configure and operate, ensuring fast deployment during time-sensitive scenarios.

5. Precise Parameter Control

• Customizable Settings: Offers precise adjustments to match individual patient needs:
  • FiO₂: 21%–100% (accurate oxygen concentration control)
  • Flow Rate: 0.5–20 L/min (for patients ≤10kg) / 0.5–40 L/min (for patients ＞10kg)
  • Inspiratory Time (Ti): 0.1s–15s (flexible for different breathing patterns)
  • Frequency: 1–120 bpm (adapts to rapid neonatal breathing or slower pediatric rates)
  • Trigger Sensitivity: 1–10 levels (customizable to patient’s respiratory effort for synchronized support)