Clinical Application of Vein Finders

Vein Finder

Since the introduction of vein visualization technology, vein finders have been used in a number of fields such as venipuncture and medical aesthetics. Through the continuous exploration of healthcare professionals, more applications of vein finders in the clinical frontline have been discovered.

1.New application in foot surgery.

In bunion surgery, the NIR vein visualization device is a convenient and easy-to-use aid that does not cause any intra-operative infection. It can be used to determine whether the patient has bunion symptoms by the position of the vein upfront and to determine the position of the medial dorsal pedis nerve by vein visualization to better design the surgical plan and increase the surgeon's confidence during surgery.

2.New application in lymphovascular venous anastomosis.

Near-infrared light vein finder not only identifies the location of the recipient vein but can also be used to see if there is reflux. The real-time images from the vein finder allow the surgeon to identify the ideal reflux-free vein, thus further ensuring the outcome of the procedure.

3.New application in ankle arthroscopy.

We can use a near-infrared vein visualization device to locate superficial veins and thus provide simple, unambiguous localization of the superficial peroneal nerve in order to minimize complications associated with the creation of an access route for ankle arthroscopy.

4.New application in the minimally invasive treatment of varicose veins in the lower limbs.

By accurately visualizing the direction of the veins, vein finders improve the accuracy of vein positioning in clinical practice, ensuring the success rate of puncture and sclerosing agent injection into the lumen of the veins during minimally invasive endovenous surgery for varicose veins in the lower limbs. It improves surgical efficiency and reduces the occurrence of postoperative-related complications.

VeinSight™ vein finder use the advanced vascular two-dimensional digital contrast technology, can provide real-time two-dimensional image data of shallow blood vessels, make it visualized of vascular structure, position, branches and blood flow, which can help medical staff to observe, find the veins as well as track the flow of blood and liquid to the maximum extent, to improve disposition efficiency of medical staff, so as to improve satisfaction of the patients.