The M Series generates a high concentration of stable, optimally sized nanobubbles to improve performance and increase productivity for applications ranging from precision machining, food processing and agriculture to biomedical generation methods.
Nanobubbles are neutrally buoyant and electrochemically active, and they produce natural oxidants and reduce surface tension. These characteristics enable nanobubbles to replace inefficient, energy-intensive gas transfer equipment and harmful chemical oxidants and surfactants with a single, energy-efficient, chemical-free solution.
The M series compact, in-line design integrates seamlessly into existing systems for fast, easy-to-use, economical operation.
M-series Nanobubble on left. V-series Microbubbles-Nanobubbles on right
All SIO generators can be integrated inline or used as nozzles as shown above
The V Series was developed specifically to generate both microbubbles and nanobubbles from one device for safe and effective cleaning & sanitizing, bacterial elimination, flotation separation and much more.
Microbubbles unique property of having a large surface area enables a quick and efficient mass transfer process between the liquid and gas phases that helps facilitate chemical reactions. This process also leads to the collapse of the microbubbles which produces pressure shock waves in the water to help breakdown bacteria and other contaminants.
As with the M series, the compact in-line design of the V series integrates seamlessly into existing systems for fast, easy-to-use, economical operation.
Improve coolant water quality with SIO’s unique triple generation process for creating nanobubbles by simply installing it on the pump of the target machine.
Nanobubbles can aid in the reduction of coolant fouling, corrosion, odor causing bacteria, improve water and emulsion quality as well as reduce oil floating on surfaces.
Maximize heat removal performance by spraying coolant evenly into the fine crevices of workpieces, grinding wheels, and cutting tools.
By simply connecting the Sniper Nozzle to the tip of the coolant hose the concentration and uniformity of the coolant is greatly enhanced leading to a major improvement in productivity as well as surface finish quality.
