Patient Monitor Multi-parameter

Description

The MN-PM003 it is a Mmonitor Multi-parameter Portable designed for hospital environments and clinicians who require continuous monitoring, accurate and easy to interpret. Its friendly interface and its high-resolution LCD screen 12.1-inch allow you to simultaneously view multiple vital signs, graphics, trends and alarms clinics.

This equipment integrates reliable measurements of ECG, SpO₂, respiratory rate (rr), pulse rate, blood pressure (BP) and body temperature, making it ideal for use both in hospital beds, emergency rooms and in intensive care units. Thanks to its ergonomic design and intuitive functionality, optimize the monitoring of the clinical status of the patient in real-time.

Salient Features:

✔ Color LCD screen 12.1”: Clear display, and simultaneous multi-parameter and trends.
✔ Touch interface friendly: Menus accessible that facilitate the navigation and configuration of the equipment.
✔ Monitoring full of vital parameters: ECG, SpO₂, respiratory rate, BP, temperature, and pulse.
✔ Storage and analysis of events: Registration of trends and alarms clinics for later review.
✔ Compact and portable design: Ideal for transport between medical areas without losing functionality.
✔ Audible and visual alarms: Configurable to ensure a clinical response in a timely manner.

Key Benefits:

✔ Monitoring real-time, comprehensiveAllows a continuous monitoring of the vital signs of the patient with high precision.
✔ Greater clinical efficacy: Help the medical staff to detect clinical changes critics immediately.
✔ Versatility of hospital use: Suitable for Icu, emergency, operating rooms, or home health care.
✔ Easy to operate: Its intuitive design reduces training time and improves the user experience.
✔ Support for retrospective analysis: The record of trends and charts facilitates the study of clinical evolution.

The Monitor Multiparametric MN-PM003 it is an indispensable tool for hospitals and clinics that seek to combine reliable technology, portability and medical safety in real-time.