Live Tissue Bonding Technology

Tissue Welding

The tissue bonding / welding device is a platform technology that bonds and reconnects living soft biological tissue through fusion without the use of foreign matters or conventional wound closing devices such as sutures, staples, sealant, or glues. The technology leaves little or no scar tissue visible to the naked eye after a few months. Unlike other tissue coagulation methods that tend to destroy tissue by charring, searing and necrosis, the tissue welding patented platform technology bonds and reconnects incised tissue and avoids charring, searing and necrosis, using a low heat delivery method aimed at restoration of the normal functions of the live organs and tissue. The smokeless capability of the tissue welding technology has a significant benefit to the medical professional health services provider because current technologies for R F frequency welding or bonding have significant smoke that the carcinogens have been found carry infectious microorganisms from high risk HIV and Hepatitis patients during surgery.

Three Ukraine hospitals are using the technology daily for open and laparoscopic surgical procedures and techniques. The procedures so far have involved the bonding and reconnecting of incised or separated human tissues in the following body areas - nasal septum, intestine, stomach, skin, gall bladder, liver, spleen, blood vessels, nerves, alba linea, uterus, fallopian tube, ovary and testicles - while restoring the normal function of the body organ.

The technology was invented and developed at the internationally renowned "E. O. Paton Institute of Electric Welding", National Academy of Sciences Ukraine headed by Professor B. E. Paton.

CSMG owns the exclusive world rights to the medical device platform technology.

Tissue Bonding / Welding Technology Live Tissue Bonding Demonstration

Procedural Photos
Pictured is a lung lobe portion remaining in the body after resection by CSMG Technology's patented tissue welding/bonding technology.
The removed lung lobe portion after the tissue welding/bonding process