The Hyfrecator® is a multi-function electrosurgical generator with both monopolar and bipolar modes, self-diagnostics, and recall of stored power settings.
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The Hyfrecator® is a multi-function electrosurgical generator with both monopolar and bipolar modes, self-diagnostics, and recall of stored power settings. Upon installation physicians experience simple use, precise tissue therapy, and years of safe, reliable operation.
High Output Terminal for heavy desiccation and fulguration procedures requiring high intensity. Low Output Terminal for light desiccation and fulguration procedures requiring low intensity and increased precision. The independent outputs produce two different therapeutic effects, thus gaining better control of the desired clinical outcome. Subtle control to 1/10 of a watt in LO. Longer, broader arcs of current in HI.
Dual Microprocessors, one microprocessor controls the output and functionality of the system while the second monitors the system and terminates activation if a safety hazard is detected. This results in regulated delivery of current, while simultaneously ensuring safe operation.
Inclusions of this product
Hand-Switching Pencil
Sharp, Non-Sterile Electrolase® Electrodes
Blunt, Non-Sterile Electrolase® Electrodes
Wall-Mounting Kit
In-Serivce CD
Power Cord
Operator's Manual
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The Hyfrecator® is a multi-function electrosurgical generator with both monopolar and bipolar modes, self-diagnostics, and recall of stored power settings. Upon installation physicians experience simple use, precise tissue therapy, and years of safe, reliable operation.
High Output Terminal for heavy desiccation and fulguration procedures requiring high intensity. Low Output Terminal for light desiccation and fulguration procedures requiring low intensity and increased precision. The independent outputs produce two different therapeutic effects, thus gaining better control of the desired clinical outcome. Subtle control to 1/10 of a watt in LO. Longer, broader arcs of current in HI.
Dual Microprocessors, one microprocessor controls the output and functionality of the system while the second monitors the system and terminates activation if a safety hazard is detected. This results in regulated delivery of current, while simultaneously ensuring safe operation.