VeinViewer Vision2

Handheld vein visualization device that uses infrared imaging to locate peripheral veins non-invasively. Improves venipuncture success rates and reduces needle insertion attempts by displaying real-time vein mapping on the skin surface. Portable design enables use across clinical settings including phlebotomy, IV therapy, and difficult venous access procedures.

Non-invasive imaging device locating peripheral veins beneath the skin surface to facilitate difficult intravenous access procedures.

Medical imaging equipment that uses near-infrared light absorption properties of venous blood to display superficial veins on skin surface. Assists healthcare professionals in locating, assessing, and positioning peripheral veins for clinical procedures.

Optical imaging system for locating veins beneath the skin surface during venipuncture and intravenous procedures. Improves first-attempt success rates.

An optical medical device that helps healthcare professionals locate and visualize veins for venipuncture procedures. The vein viewer uses advanced imaging technology to improve the accuracy and efficiency of intravenous access.

Vein viewers are non-invasive imaging devices that use infrared or near-infrared light to visualize subcutaneous veins in real-time. These devices improve venipuncture success rates by displaying vein location, depth, and patency on a display screen or through a handheld viewer. Commonly used in phlebotomy, IV insertion, and pediatric blood draws where vein accessibility is challenging.

Near-infrared vascular imaging device designed to visualize subcutaneous veins in real-time for clinical procedures. Utilizes advanced image processing technology to enhance visualization of superficial veins and improve puncture accuracy and efficiency.

A diagnostic device that uses imaging technology to locate and visualize veins for improved IV access.

Vein Finder is an infrared imaging device that detects and visualizes peripheral veins and microvasculature for clinical vascular assessment and venipuncture guidance. The technology uses optical coherence tomography (OCT) to identify diabetic retinopathy-related microvascular changes and early-stage vascular lesions. It supports diagnostic accuracy and procedural efficiency in clinical and point-of-care settings.

Optical imaging device that visualizes subcutaneous veins using infrared light. Improves success rate of intravenous access in difficult patients.

Next-generation near-infrared vein visualization device that enables clinicians to identify superficial veins, valves, and bifurcations not visible to the naked eye. Supports improved peripheral IV placement decisions and increases first-attempt success rates during vascular access procedures.

Real-time vascular imaging system designed to assist phlebotomists and nurses in blood collection procedures. Provides continuous visualization of needle placement and blood flow during and after venipuncture.