A nonrandomized controlled trial in India evaluated a vein finder device on 509 children aged 3–36 months with difficult intravenous access (DIVA score ≥4). First-attempt success was significantly higher in the device group, and the median number of attempts dropped from 2 to 1. Children in the device group were 2.64 times more likely to be cannulated on the first attempt.

A vein finder device tested on 214 patients across four hospitals in Uganda reduced pediatric cannulation to a single attempt, cut medical waste to under 5%, and shortened procedure time to under 60 seconds. With a price point of $150 per unit, it is designed as a daily frontline tool rather than a specialized device.

Pediatric difficult venous access can be challenging due to small veins, limited vein visibility, obesity, and repeated intravenous procedures. This article explains how near-infrared vein finder technology supports vein identification, assists clinical decision-making, and helps healthcare professionals plan veinpuncture procedures in pediatric care.

In November 2024, the Department of Pediatrics at the People's Hospital of Fukang City, Xinjiang, introduced a venous vascular imaging device. Designed to address the challenges associated with obese children-specifically their thick subcutaneous fat and concealed veins-this device can rapidly gener

Venipuncture in children can be challenging due to small veins, difficult-to-see vessels, dark skin, chronic diseases, and repeated puncture history. A clinical trial in Brazil compared infrared near-infrared (NIR) vein visualization technology with LED transillumination in children at risk for difficult puncture. The results highlight the value of vein visualization technology in improving confidence and supporting successful vascular access in pediatric care.