How much does an accuvein cost?

The AccuVein AV300 retails at $4,500 with some discount for group purchases. This includes 36 months of “spare-in-the-air” warranty. There is also a rental option starting at $99 a month.

When using the AV400 a protective eye shield should be used on?

For patients who might have inhibited or reduced bright light blink reflexes, Ac- cuVein recommends outfitting the patient with a protective eye shield. A protective eye shield capable of blocking 642 nm and 785 nm should be used. While the vein display light is on, shine the AV400 over the pa- tient’s skin.

How do vein detectors work?

The device works by using proprietary vein visualization technology that shines an infrared light on the patients’ skin. The hemoglobin (oxygen-carrying protein) within the patient’s blood absorbs the light, creating a red pattern that can be seen on the surface of the skin.

What do spots in the vein projection mean?

What do spots in the vein projection mean? The battery needs to be recharged. The vein viewing lens needs to be cleaned. The device needs servicing. The device should be turned off and on.

What button do you press to turn on the AV500 and view veins?

The purple button located on the left side of the AV500 will power on the AV500 and turn on the vein display light. Press the button again to turn the vein display light and device off. Press the purple side button again to turn the vein display light back on and begin locating veins again.

How does accuvein vein finder work?

Is there a vein finder app?

VeinSeek Pro’s technology is currently also available for Android devices worldwide, but with performance limitations due to the variability in phone and camera specifications for various Android devices. VeinSeek Pro, VeinScanner, VeinScanner Pro and VeinSeek Android are published by VeinSeek, LLC.

What is near-infrared light?

Infrared Light (IR) is the light found just past what is visible to the human eye. Near-Infrared Light (NIR) is the section of electromagnetic radiation (EMR) wavelengths nearest to the normal range but just past what we can see. Visible light is the smallest section of the electromagnetic (EM) radiation field.