Vacuum and Flow Pump Technologies Incorporated Into the Stellaris

By obtaining the input of more than 200 doctors and 40 nurses worldwide, not only was that the maturation of this Stellaris comprehensive and sympathetic to the requirements of cataract surgeons, but the machine boasts several user-friendly attributes for the employees too. BL3170 handpiece

This system is designed to simplify any system of cataract operation and works in either vacuum-based (venturi-like) or peristaltic flow-based manners. For the surgeon who prefers regular coaxial methods, the Stellaris technology needs to improve safety and efficacy with either large - or low-flow and vacuum settings.

After we are considering phaco machines, it's useful to consider them in terms of three big categories: fluidics, electricity modulation, and ergonomics.

There is not any uniform opinion on if vacuum- or flow-based fluidics is greater, however there are definite advantages for each. In the past, there were peristaltic or vacuum machines. One of the special things about the Stellaris is the fact that it offers a choice, thus a surgeon may utilize either flow-based or vacuum-based fluidics, or possibly a toggle between vacuum and flow characteristics using the newest flow module, in accordance with their preference. visit site

The Stellaris phaco machine is capable of vacuum configurations of 600 millimeter Hg and still maintains excellent chamber stability because of its unique ability to concurrently monitor flow rate and vacuum levels and create feedback through the computer to control pump functions. Furthermore, Bausch & Lomb has optional flow resistance tubing available, which allows high vacuum while keeping chamber stability in spite of microincisional surgery. This tubing has a mesh filter which captures lens particles (smaller than 0.3 mm) before they reach the reduced lumen of the rebel point.