The Elana Catheter 2.0, for performing an arteriotomy, was developed at the UMC Utrecht. This hollow catheter, conducting laser light, can be slid in the donor vessel. By means of vacuum suction, the catheter holds the wall of the main blood vessel against the catheter. With laser light the catheter can then cut a round hole in the wall of the main vessel. The design of the catheter is described in several patents. The catheter is a disposable product.
The Elana Catheter 2.0 is a laser - vacuum suction catheter consisting of a multitude of quartz fibers suitable for the transmission of ultraviolet light arranged to form a plane circle with an outer diameter of 2.0 mm at the tip. The tip of the catheter consists of a metal grid for applying the vacuum and 2 layers of fibers.

The Female LuerLock connection to the vacuum tubing is located at approximately 40 cm from the catheter tip.
The catheter plugs into a laser system, which generates the laser light (308nm) required for the ELANA Technique. Only the Spectranetics CVX-300 laser system is compatible with the Elana catheter.