Coblation technology — a controlled, non-heat driven process — uses radiofrequency energy to excite the electrolytes in a conductive medium, such as saline solution, creating a precisely focused plasma.

The plasma's energized particles have sufficient energy to break molecular bond within tissue, causing tissue to dissolve at relatively low temperatures (typically 40°C to 70°C). The result is volumetric removal of target tissue with minimal damage surrounding tissue. Many Coblation devices also are designed to stop blood (hemostasis) and coagulate or seal bleeding vessels.

Cooler Temperatures
Because radiofrequency current does not pass directly through tissue during the Coblation process, tissue heating is minimal. Most of the heat is consumed in the plasma layer, or in other words, by the ionization process. These ions then bombard tissue in their path, causing molecular bonds to simply break apart and tissue to dissolve.

Coblation Video
To learn more about our Coblation technology, we invite you to view the video found at the following link: Coblation — A Powerful, Plasma-Based Technology.

Coblation In Depth
Jean Woloszko, Member, IEEE, Kenneth R. Stalder, Member, IEEE, and Ian G. Brown, Fellow, IEEE. Plasma Characteristics of Repetitively-Pulsed Electrical Discharges in Saline Solutions Used for Surgical Procedures. IEEE Transactions on Plasma Science, June 2002; VOL. 30, NO. 3.

K.R. Stadler, J. Woloszko, I.G. Brown, C.D. Smith. Repetitive plasma discharges in saline solutions. Applied Physics Letters, December 31, 2001. VOL.79, NO. 27.

Sequência das imagens: 1.Antes / 2.Depois