New & Used Cardiac Output Computer, Hewlett Packard

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Item Price (USD)

Year manufactured

374033687

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Device: Patient Monitor Module
Manufacturer: Hewlett Packard
Model: M1012A

Premium User
Location: United States, Washington
Rating: 89%

125 125

1996

224663642

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Device: Patient Monitor Module
Manufacturer: Hewlett Packard
Model: M1012A

Premium User
Location: United States, Washington
Rating: 89%

125 125

1996

324395102

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Device: Patient Monitor Module
Manufacturer: Hewlett Packard
Model: M1012A

Location: United States, Missouri

175 175

1999

374465467

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Device: Cardiac Output Computer
Manufacturer: Hewlett Packard
Model: M1012A

Location: United States, Minnesota

Negotiable

-

516646161

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Device: Patient Monitor Module
Manufacturer: Hewlett Packard
Model: M1012A

Location: United States, Minnesota
Rating: 92%

Negotiable

-

416384821

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Device: Patient Monitor Module
Manufacturer: Hewlett Packard
Model: M1012A

Location: United States, California

725 725

-

824461532

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Device: Patient Monitor Module
Manufacturer: Hewlett Packard
Model: M1012A

Location: United States, Vermont

Negotiable

-

863804076

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Device: Cardiac Output Computer
Manufacturer: Hewlett Packard
Model: 78552B

Location: United States, Oklahoma

Negotiable

-

124299272

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Device: Patient Monitor Module
Manufacturer: Hewlett Packard
Model: M1012A

Location: United States, Oklahoma

Negotiable

-

Cardiac Output Computer may also be referred to as :

Cardiac Output Unit | Monitor Cardiac Output | Computer, Cardiac Output | Cardiac Output Monitor | Cardiac Output Unit, Thermal Dilution | Cardiac Output

Tips for buying Cardiac Output Computer

1. Cardiac output computer units display the thermal dilution curves to ensure acceptable injection and dilution.
2. The cardiac output monitors should have the capability of removing bad curves to exclude them from the final average.
3. These cardiac output computers should provide a digital display of injectate and blood temperatures, and CO consumption constant with injectate volume/temperature controls and hemodynamic calculations.
4. The cardiac output computers' range should cover 0 to 12 L/min; the injection volume should be delivered at 3, 5, or 10 mL with a temperature range of 0° to 25°C.
5. The cardiac output monitors should provide accurate values with a mean error of 5% or 0.25 L/min, whichever is greater.
6. Cardiac output computers should be precise, regardless of the patient's stroke volume or heart rate, and whether room temperature or ice-cold injectate is used (with a large or small volume over any reasonable range of patient temperatures) in either a weak or firm injection rate.
7. If the cardiac output monitor unit cannot provide a correct calculation, it should display a message describing and explaining the problem.
8. The visual alarm should be easily noticeable and specific to the problem. It should remain on until the problem is corrected; turning off the alarm should be impossible.
9. All cardiac output computer controls should be visible and clearly identified with simple and clear functions. They should be protected against accidental setting changes.
10. Facilities need to determine whether a stand-alone or a modular cardiac output computer is a better fit for their needs. Depending on a facility's physiologic monitoring equipment, a modular cardiac output monitor may allow existing equipment to monitor cardiac output units.
11. It is important to know that some cardiac output monitors can provide trending for curves, while others trend cardiac output units' values. The number of values that can be stored is different among units.