Bovie® OR | PRO 300
Bovie® OR Pro High Frequency Electrosurgical Generator
The Bovie OR|PRO 300 Electrosurgical Generator was designed in conjunction with OR clinicians to provide a safe, user-friendly generator to meet all operating room procedure performance demands. This innovative energy-based device offers 13 modes of surgical energy delivery. Special modalities include the advanced Bovie Bipolar, Auto Bipolar options and special Laparoscopic modes. These modes were included to assist surgeons in tailoring all electrosurgery needs for their variety of surgical applications and user preferences.
BOVIE BIPOLAR (BBP)
Bovie Bipolar is a pulsing coagulation for quick and powerful coagulation of tissue. The pulsing performance can be tailored specifically to achieve the optimal surgical effect. The feature is compatible with Bovie’s Micro, Macro & Standard Bipolar modes and can be set to surgical preferences for critical procedures.
AUTO BIPOLAR INTUITIVE TECHNOLOGY
Auto Bipolar offers immediate and simplified tissue coagulation with minimal tissue damage. This feature automatically activates, coagulates and deactivates for precise tissue coagulation and eliminates the need for a footswitch. This feature is compatible with Bovie’s Micro, Macro and Standard Bipolar modes and can be set to surgical preferences for critical procedures.
SURGICAL MEMORY TECHNOLOGY
The Bovie OR|PRO 300 recalls the last used power and mode. The unit’s user preset can recall up to 10 presets and up to 6 bipolar output preferences.
ADJUSTABLE POWER DURING ACTIVATION
During all activations, the power can be adjusted up or down in variable steps, giving surgeons more control at the surgical site.
PATIENT SAFETY FEATURES
BovieNEM™ – This return electrode contact quality monitoring system is designed to minimize patient burns at the return electrode site. Bovie FDFS™ – The tissue sensing technology measure tissue 5 million times a second and adjusts to varying impedances 5000 times a second for accurate energy delivery. A visual Ammeter indicates real time current (mA) flowing through the patient.