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Edwards Lifesciences EV1000M Hemodynamic Monitor with Databox and Mounting Bracket
- Regular price
- $1,569.00
- Sale price
- $1,569.00
- Regular price
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Product Description P/N: EV1000M
Description
The Edwards Lifesciences EV1000M is a touchscreen hemodynamic monitor that displays cardiovascular parameters supplied by compatible EV1000 system components. Designed for operating room and intensive care applications, it presents numerical readings and visual trends to support assessment of patient circulatory status.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Edwards Lifesciences |
| Category | Patient Monitoring |
| Part Number | EV1000M |
| Subcategory | Hemodynamic Monitors |
| Series | EV1000 Clinical Platform |
| Product Type | Hemodynamic monitoring display and user interface |
| Construction | Touchscreen panel PC |
| Signal Processing | Performed by the connected EV1000 databox |
| Databox Connection | Ethernet cable |
| Supported Technologies | FloTrac, VolumeView, and compatible Edwards oximetry components; configuration dependent |
| Displayed Parameters | Cardiac output, cardiac index, stroke volume, stroke volume variation, and vascular resistance parameters; configuration dependent |
| Display Functions | Numerical values, graphical trends, and physiology views |
| Alarm Settings | Configurable parameter alarms and target zones |
| Application Environment | Operating rooms and intensive care units |
| Mounting | Compatible monitor bracket and mounting hardware |
| Listed Components | Monitor, databox, and bracket, according to supplied description |
| Weight | 2.0 kg |
Information About EV1000M
The EV1000M is the monitor component of the Edwards EV1000 clinical platform, which uses separate display and signal-processing hardware. Its panel PC construction incorporates a touchscreen interface for accessing monitoring screens and settings. An Ethernet connection links the monitor to the EV1000 databox, where patient signals are processed and parameter calculations occur. Depending on the connected accessories and system configuration, the platform supports FloTrac sensors, VolumeView components, and compatible Edwards oximetry catheters.
Key Features:
- Touchscreen Interface: Provides direct access to parameter selection, display settings, and monitoring controls.
- Modular Architecture: Displays patient information processed by the connected EV1000 databox.
- Hemodynamic Monitoring: Shows cardiac output, stroke volume, and related parameters depending on connected monitoring components.
- Graphical Trends: Displays changes in selected patient parameters over time for clinical review.
- Configurable Alarms: Allows adjustment of parameter alarm limits and target zones.
- Physiology Screens: Presents graphical views of cardiovascular parameters and their relationships.
- Ethernet Connection: Links the monitor to the EV1000 databox for communication.
- Bracket Mounting: Supports positioning with compatible bedside or pole-mounting hardware.
The EV1000M delivers the reliability and precision required for displaying and reviewing hemodynamic information in operating rooms and intensive care units.
Description
The Edwards Lifesciences EV1000M is a touchscreen hemodynamic monitor that displays cardiovascular parameters supplied by compatible EV1000 system components. Designed for operating room and intensive care applications, it presents numerical readings and visual trends to support assessment of patient circulatory status.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Edwards Lifesciences |
| Category | Patient Monitoring |
| Part Number | EV1000M |
| Subcategory | Hemodynamic Monitors |
| Series | EV1000 Clinical Platform |
| Product Type | Hemodynamic monitoring display and user interface |
| Construction | Touchscreen panel PC |
| Signal Processing | Performed by the connected EV1000 databox |
| Databox Connection | Ethernet cable |
| Supported Technologies | FloTrac, VolumeView, and compatible Edwards oximetry components; configuration dependent |
| Displayed Parameters | Cardiac output, cardiac index, stroke volume, stroke volume variation, and vascular resistance parameters; configuration dependent |
| Display Functions | Numerical values, graphical trends, and physiology views |
| Alarm Settings | Configurable parameter alarms and target zones |
| Application Environment | Operating rooms and intensive care units |
| Mounting | Compatible monitor bracket and mounting hardware |
| Listed Components | Monitor, databox, and bracket, according to supplied description |
| Weight | 2.0 kg |
Information About EV1000M
The EV1000M is the monitor component of the Edwards EV1000 clinical platform, which uses separate display and signal-processing hardware. Its panel PC construction incorporates a touchscreen interface for accessing monitoring screens and settings. An Ethernet connection links the monitor to the EV1000 databox, where patient signals are processed and parameter calculations occur. Depending on the connected accessories and system configuration, the platform supports FloTrac sensors, VolumeView components, and compatible Edwards oximetry catheters.
Key Features:
- Touchscreen Interface: Provides direct access to parameter selection, display settings, and monitoring controls.
- Modular Architecture: Displays patient information processed by the connected EV1000 databox.
- Hemodynamic Monitoring: Shows cardiac output, stroke volume, and related parameters depending on connected monitoring components.
- Graphical Trends: Displays changes in selected patient parameters over time for clinical review.
- Configurable Alarms: Allows adjustment of parameter alarm limits and target zones.
- Physiology Screens: Presents graphical views of cardiovascular parameters and their relationships.
- Ethernet Connection: Links the monitor to the EV1000 databox for communication.
- Bracket Mounting: Supports positioning with compatible bedside or pole-mounting hardware.
The EV1000M delivers the reliability and precision required for displaying and reviewing hemodynamic information in operating rooms and intensive care units.
