Pulse Co-Oximeter Rad-67™ Battery Operated Visible Alarm, Ea - 19.43 x 8.2 x 2.36 cm 400 Spot-checks Visual with Reusable Miniclip & Sensor Cable RAD-67 400 Spot-checks Non-Sterile Not made with natural rubber latex | Dealmed Medical Supplies

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Pulse Co-Oximeter Rad-67™ Battery Operated Visible Alarm, Ea - 19.43 x 8.2 x 2.36 cm 400 Spot-checks Visual with Reusable Miniclip & Sensor Cable RAD-67 400 Spot-checks Non-Sterile Not made with natural rubber latex | Dealmed Medical Supplies

What types of patients or scenarios is the Rad-67 Pulse Co-Oximeter best suited for?

The Rad-67 Pulse Co-Oximeter is designed to support a wide range of patients, particularly useful in settings where continuous monitoring of blood oxygenation and hemoglobin levels is critical [Manufacturer Info].

How does the Rad-67 Pulse Co-Oximeter differ from traditional pulse oximeters in terms of accuracy and functionality?

The Rad-67 Pulse Co-Oximeter typically offers enhanced accuracy and functionality by measuring additional parameters like carboxyhemoglobin and methemoglobin levels, which are not typically available in standard pulse oximeters [Manufacturer Info].

Is there any special calibration or setup required before using the Rad-67 for the first time?

Generally, the Rad-67 Pulse Co-Oximeter does not require special calibration before first use, but it's advisable to follow manufacturer guidelines for initial setup to ensure optimal performance [Manufacturer Info].

Can I use the Rad-67 Pulse Co-Oximeter in a high-altitude environment, and if so, how does it perform?

The Rad-67 Pulse Co-Oximeter is designed to perform well in various environments, including high altitudes, though performance may vary slightly due to physiological changes associated with altitude [Manufacturer Info].

What kind of training is required for nurses or new staff to effectively use the Rad-67 Pulse Co-Oximeter?

Training for the Rad-67 Pulse Co-Oximeter typically involves understanding device operation, reading outputs accurately, and troubleshooting common issues, which can generally be accomplished with standard in-service training [Manufacturer Info].

Are there specific patient conditions that could affect the performance of the Rad-67 Pulse Co-Oximeter?

Certain conditions like hypoperfusion, severe anemia, or the presence of nail polish can affect the performance of the Rad-67 Pulse Co-Oximeter, necessitating alternative monitoring strategies [Manufacturer Info].

If there are alerts or issue notifications from the Rad-67, what steps should be taken to troubleshoot these problems?

When receiving alerts from the Rad-67, verify patient condition and device placement first, refer to the troubleshooting section of the user manual, and if unresolved, contact technical support [Manufacturer Info].

How do I ensure that the Rad-67 Pulse Co-Oximeter is maintained in optimal condition for accurate readings?

To maintain the Rad-67 in optimal condition, regularly clean the device according to manufacturer's instructions, ensure sensor integrity, and check for software updates [Manufacturer Info].

What considerations should be made regarding patient movement to ensure accurate results from the Rad-67?

Minimizing patient movement during measurements with the Rad-67 Pulse Co-Oximeter can help in achieving more accurate readings, especially in scenarios involving continuous monitoring [Manufacturer Info].

What types of patients or scenarios is the Rad-67 Pulse Co-Oximeter best suited for?

The Rad-67 Pulse Co-Oximeter is designed to support a wide range of patients, particularly useful in settings where continuous monitoring of blood oxygenation and hemoglobin levels is critical [Manufacturer Info].

How does the Rad-67 Pulse Co-Oximeter differ from traditional pulse oximeters in terms of accuracy and functionality?

The Rad-67 Pulse Co-Oximeter typically offers enhanced accuracy and functionality by measuring additional parameters like carboxyhemoglobin and methemoglobin levels, which are not typically available in standard pulse oximeters [Manufacturer Info].

Is there any special calibration or setup required before using the Rad-67 for the first time?

Generally, the Rad-67 Pulse Co-Oximeter does not require special calibration before first use, but it's advisable to follow manufacturer guidelines for initial setup to ensure optimal performance [Manufacturer Info].

Can I use the Rad-67 Pulse Co-Oximeter in a high-altitude environment, and if so, how does it perform?

The Rad-67 Pulse Co-Oximeter is designed to perform well in various environments, including high altitudes, though performance may vary slightly due to physiological changes associated with altitude [Manufacturer Info].

What kind of training is required for nurses or new staff to effectively use the Rad-67 Pulse Co-Oximeter?

Training for the Rad-67 Pulse Co-Oximeter typically involves understanding device operation, reading outputs accurately, and troubleshooting common issues, which can generally be accomplished with standard in-service training [Manufacturer Info].

Are there specific patient conditions that could affect the performance of the Rad-67 Pulse Co-Oximeter?

Certain conditions like hypoperfusion, severe anemia, or the presence of nail polish can affect the performance of the Rad-67 Pulse Co-Oximeter, necessitating alternative monitoring strategies [Manufacturer Info].

If there are alerts or issue notifications from the Rad-67, what steps should be taken to troubleshoot these problems?

When receiving alerts from the Rad-67, verify patient condition and device placement first, refer to the troubleshooting section of the user manual, and if unresolved, contact technical support [Manufacturer Info].

How do I ensure that the Rad-67 Pulse Co-Oximeter is maintained in optimal condition for accurate readings?

To maintain the Rad-67 in optimal condition, regularly clean the device according to manufacturer's instructions, ensure sensor integrity, and check for software updates [Manufacturer Info].

What considerations should be made regarding patient movement to ensure accurate results from the Rad-67?

Minimizing patient movement during measurements with the Rad-67 Pulse Co-Oximeter can help in achieving more accurate readings, especially in scenarios involving continuous monitoring [Manufacturer Info].

Rad-67™ Pulse CO-Oximeter®

Features Masimo SET® Measure-through Motion* and Low Perfusion™ Pulse Oximetry and Noninvasive Total Hemoglobin (SpHb®) Spot-check Monitoring

Rad-67's ability to provide portable spot-check monitoring measurements of both oxygen saturation and noninvasive hemoglobin makes it a single-device solution in multiple clinical and non-clinical settings, such as emergency rooms, pre-/post-surgery settings, and physicians' offices.

When used with the rainbow® DCI®-mini sensor, Rad-67 provides spot-check monitoring with Next Generation SpHb technology. This technology significantly advances the forefront of noninvasive portable hemoglobin spot-check monitoring.

HD Display -Bright LCD & color display and Automatic low per mode to conserve power
Auto-Brightness - Automatically adjust screen brightness to surrounding area
Rechargeable Battery - up to 6 hours of battery life and 6 hours charging time

Cable: with Reusable Miniclip & Sensor Cable
Color: White
Latex Free: Not made with natural rubber latex
Manufacturer: Masimo
Model: RAD-67
Size: 19.43 x 8.2 x 2.36 cm
Sold By: Single Piece
Sterility: Non-Sterile
Style: Oximeter
Test: 400 Spot-checks
Tests: 400 Spot-checks
Type: Visual

What types of patients or scenarios is the Rad-67 Pulse Co-Oximeter best suited for?

The Rad-67 Pulse Co-Oximeter is designed to support a wide range of patients, particularly useful in settings where continuous monitoring of blood oxygenation and hemoglobin levels is critical [Manufacturer Info].

How does the Rad-67 Pulse Co-Oximeter differ from traditional pulse oximeters in terms of accuracy and functionality?

The Rad-67 Pulse Co-Oximeter typically offers enhanced accuracy and functionality by measuring additional parameters like carboxyhemoglobin and methemoglobin levels, which are not typically available in standard pulse oximeters [Manufacturer Info].

Is there any special calibration or setup required before using the Rad-67 for the first time?

Generally, the Rad-67 Pulse Co-Oximeter does not require special calibration before first use, but it's advisable to follow manufacturer guidelines for initial setup to ensure optimal performance [Manufacturer Info].

Can I use the Rad-67 Pulse Co-Oximeter in a high-altitude environment, and if so, how does it perform?

The Rad-67 Pulse Co-Oximeter is designed to perform well in various environments, including high altitudes, though performance may vary slightly due to physiological changes associated with altitude [Manufacturer Info].

What kind of training is required for nurses or new staff to effectively use the Rad-67 Pulse Co-Oximeter?

Training for the Rad-67 Pulse Co-Oximeter typically involves understanding device operation, reading outputs accurately, and troubleshooting common issues, which can generally be accomplished with standard in-service training [Manufacturer Info].

Rad-67™ Pulse CO-Oximeter®

Features Masimo SET® Measure-through Motion* and Low Perfusion™ Pulse Oximetry and Noninvasive Total Hemoglobin (SpHb®) Spot-check Monitoring

Rad-67's ability to provide portable spot-check monitoring measurements of both oxygen saturation and noninvasive hemoglobin makes it a single-device solution in multiple clinical and non-clinical settings, such as emergency rooms, pre-/post-surgery settings, and physicians' offices.

When used with the rainbow® DCI®-mini sensor, Rad-67 provides spot-check monitoring with Next Generation SpHb technology. This technology significantly advances the forefront of noninvasive portable hemoglobin spot-check monitoring.

HD Display -Bright LCD & color display and Automatic low per mode to conserve power
Auto-Brightness - Automatically adjust screen brightness to surrounding area
Rechargeable Battery - up to 6 hours of battery life and 6 hours charging time

Cable: with Reusable Miniclip & Sensor Cable
Color: White
Latex Free: Not made with natural rubber latex
Manufacturer: Masimo
Model: RAD-67
Size: 19.43 x 8.2 x 2.36 cm
Sold By: Single Piece
Sterility: Non-Sterile
Style: Oximeter
Test: 400 Spot-checks
Tests: 400 Spot-checks
Type: Visual

What types of patients or scenarios is the Rad-67 Pulse Co-Oximeter best suited for?

The Rad-67 Pulse Co-Oximeter is designed to support a wide range of patients, particularly useful in settings where continuous monitoring of blood oxygenation and hemoglobin levels is critical [Manufacturer Info].

How does the Rad-67 Pulse Co-Oximeter differ from traditional pulse oximeters in terms of accuracy and functionality?

The Rad-67 Pulse Co-Oximeter typically offers enhanced accuracy and functionality by measuring additional parameters like carboxyhemoglobin and methemoglobin levels, which are not typically available in standard pulse oximeters [Manufacturer Info].

Is there any special calibration or setup required before using the Rad-67 for the first time?

Generally, the Rad-67 Pulse Co-Oximeter does not require special calibration before first use, but it's advisable to follow manufacturer guidelines for initial setup to ensure optimal performance [Manufacturer Info].

Can I use the Rad-67 Pulse Co-Oximeter in a high-altitude environment, and if so, how does it perform?

The Rad-67 Pulse Co-Oximeter is designed to perform well in various environments, including high altitudes, though performance may vary slightly due to physiological changes associated with altitude [Manufacturer Info].

What kind of training is required for nurses or new staff to effectively use the Rad-67 Pulse Co-Oximeter?

Training for the Rad-67 Pulse Co-Oximeter typically involves understanding device operation, reading outputs accurately, and troubleshooting common issues, which can generally be accomplished with standard in-service training [Manufacturer Info].