Patient Monitoring System with W Series Patient Monitor
Manufacturer: Shenzhen Witleaf Medical Electronic Co., Ltd.The W Series Patient Monitor by Shenzhen Witleaf Medical Electronic Co., Ltd. is a high-performance clinical solution designed for real-time tracking of vital signs. Engineered for versatility, these monitors provide accurate data on parameters such as ECG, oxygen saturation ($SpO_2$), blood pressure, and respiratory rate. Their user-friendly interface and robust build make them suitable for various hospital environments, from general wards to intensive care units.
Complementing the hardware, the Centralized Monitoring System (CMS) serves as a powerful network hub that integrates data from multiple W Series monitors. This system allows healthcare providers to observe several patients simultaneously from a single workstation, featuring advanced alarm management and comprehensive data storage. By streamlining clinical workflows, the Witleaf CMS enhances patient safety and ensures timely medical intervention.
- Patient capacity: Simultaneously supports up to 64 beds or patients in clinical departments.
- Physiological waveforms: Stores and allows playback of up to 72 hours of 64-channel holographic physiological wave data.
- Trend data storage: Provides access to up to 240 hours of stored trend data.
- Alarm events: Stores up to 720 alarm events per bed.
- Historical database: Allows review of data for up to 10,000 discharged patients.
- Drug dosage calculation: Supports drug dosage calculation and creation of titration tables.
- LowPulseStrTM SpO2 algorithm ensures more reliable SpO2 readings during low perfusion and patient movement.
- iFastBPTM NIBP algorithm provides fast and comfortable blood pressure measurement.
- wSmartHeartTM ECG technology enables safer and more accurate patient cardiac monitoring.
- iRealRespTM respiration rate measurement technology delivers accurate respiratory values even during movement.
- wSmartGasTM capnography technology ensures reliable capnography measurements under various conditions.