Venous visualization technology will alleviate the pain of patients and the pressure burden on medical staff

If there is a vein viewer device that can project a vivid map on the skin, detailing the superficial veins, branches, and intracavitary valves beneath the skin, then venipuncture would no longer be a problem because these veins are usually invisible to the naked eye, and in the age of following sensation, venous access has always been a pain for patients and a pressure for medical care.

Why are a large number of hospitals choosing vein visualization technology?

The benefits of venous visualization technology are that it can reduce second-line calls, save time, and minimize delays; Improve patient satisfaction; Reduce the pain and stress of patients; Improve the venous localization ability of difficult patients; Enhance clinical doctors' confidence in venipuncture for both easy and difficult patients; Improve the initial success rate of peripheral vascular access; Reduce the cost of intravenous injection products.  

Firstly, this device is very lightweight, weighing less than 310 grams. This handheld vein finding device makes patient assessment faster and easier. After selecting the vein, the device can quickly switch to hands-free mode to complete the entire process. The manufacturer permanently aligns the imaging equipment for preventive maintenance. After wiping the blood in the veins, the vascular patency can be verified by re congestion. This device also facilitates the observation of blood reflux and vascular refilling, without the need to touch the patient's body, making it convenient for hospital infection control.

What are the advantages of our venous devices?

The vein observation system is a handheld, non-contact vein lighting solution. It is based on certain patented technologies, specifically reflected in its patent portfolio, which includes dozens of patents covering a wide range of imaging and medical diagnostic technologies. Our three portable vein viewer equipment use near-infrared (NIR) imaging to detect veins, providing real-time images of subcutaneous blood vessels up to 10mm deep.  

We believe that the vein viewer device can play an extraordinary role in various surgical procedures, helping hospitals reduce patient burden and improve clinical efficacy.