Aaron Bovie Electrosurgical Systems, Aaron Bovie Electrosurgery Systems Including the Bovie A900 at Discount Prices!
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Aaron Bovie A940
The Aaron 940 is designed and engineered to be the most reliable and durable desiccator available today.The Aaron 940 is designed and engineered to be the most reliable and durable desiccator available today. Digital error detection means unsurpassed safety for you and your patient.
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Aaron Bovie A950
Introducing the Aaron 950, the first High Frequency Desiccator with Cut. You might call it a split personality. One half of the unit is a high frequency desiccator, out of the mold of our very popular Aaron 900. The other half is a Bovie Generator, giving you 60 watts of cutting power and coag capabilities.
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Aaron Bovie A1250
The Aaron 1250, by Bovie, features Cut, Blend, Coagulation, Fulguration, and Bipolar modes. Bovie incorporates automatic safety features into the Aaron 1250 like self-test circuits, audible tones, discreet outputs, isolated circuitry, and Bovie NEM (neutral electrode monitoring).
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Aaron Bovie A2250
The Aaron 2250 is a multipurpose electrosurgical generator for use in the modern operating room and surgi-center. It features both monopolar and bipolar functions to satisfy all of your surgical demands with safety, flexibility, reliability, and convenience.
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Aaron Bovie A3250
The Aaron 3250 is a 300 watt multipurpose electrosurgical generator for use in the modern operating room and surgi-center. It features both monopolar and bipolar functions to satisfy all of your surgical demands with safety, flexibility, reliability, and convenience.
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Aaron Bovie Smoke Shark Smoke Evacuator System
The Aaron Smoke Shark is designed to be easy to use and extremely effective at smoke and particle removal at the operative sight. While designed for use with all electrosurgical generators, it is also excellent for use in controlling laser smoke.
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Electrosurgical Information
Electrosurgery is the application of a high-frequency electric current to biological tissue as a means to cut,
coagulate, desiccate, or fulgurate tissue.(These terms are used in specific ways for this methodology-see below). Its benefits include the ability to make precise
cuts with limited blood loss. Electrosurgical devices are frequently used during surgical operations helping to prevent blood loss in hospital operating rooms or in outpatient procedures.
In electrosurgical procedures, the tissue is heated by an electric current. Although electrical devices may be used for the cauterization
of tissue in some applications, electrosurgery is usually used to refer to a quite different method than electrocautery. The latter uses heat conduction from a probe heated by a direct current (much in the manner
of a soldering iron), whereas electrosurgery uses alternating current to directly heat the tissue itself.
Often electrosurgery is mistakenly referred to as diathermy. Unlike Ohmic heating by electric current passing through the conductive
tissue in conventional electrosurgery, diathermy means dielectric heating, produced by rotation of molecular dipoles in high
frequency alternating electric field. This effect is most widely used in microwave ovens which operate at GHz frequencies.
Electrosurgery is commonly used in dermatological, gynecological, cardiac, plastic, ocular, spine, ENT, orthopedic, urological,
neuro- and general surgical procedures.
Electrosurgery is performed using an Electrosurgical Generator
(also referred to as Power Supply or Waveform Generator) and a handpiece including one or several electrodes, sometimes referred to as an RF Knife. The apparatus when used for coagulation in surgery is still often
referred to informally by surgeons as a Bovie, after the inventor.
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