Technology
Electrosurgical Energy Explained
Learn the basic roles of monopolar, bipolar and vessel-sealing electrosurgical energy in veterinary surgery and what to confirm when selecting a platform.
Electrosurgery uses electrical current to support cutting and coagulation functions.
EP-200 and EP-300 provide monopolar, bipolar and vessel sealing functions through model-specific electrosurgical configurations.
At a Glance
Technology overview
- Energy mechanism
- Electrical energy delivered through compatible electrosurgical instruments.
- Common functions
- Monopolar cutting and coagulation, bipolar energy and model-specific vessel sealing.
- Selection focus
- Required modes, compatible instruments, return-electrode requirements and workflow configuration.
What electrosurgery does
Electrosurgery uses electrical energy through compatible instruments to support surgical cutting and coagulation. Veterinary electrosurgical platforms may combine monopolar and bipolar operating modes with additional vessel-sealing functions, depending on the generator and instrument configuration.
Monopolar and bipolar workflows
Monopolar and bipolar electrosurgery use different current paths and accessory configurations. The surgical team should confirm the intended mode, compatible instrument, patient-return-electrode requirements where applicable, activation method and operating instructions for the exact system.
Choosing an electrosurgical platform
Selection should be based on the hospital's procedure mix, required energy modes, instrument compatibility, number and type of interfaces, monitoring functions, service requirements and applicable market documentation rather than on generator power alone.
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Questions and Answers
Frequently asked questions
What functions can a veterinary electrosurgical platform provide?
Depending on the model, a platform may provide monopolar cutting and coagulation, bipolar energy and vessel-sealing functions through compatible instruments.
Are monopolar and bipolar electrosurgery the same?
No. They use different current paths and instrument configurations. The appropriate mode depends on the intended surgical workflow and the compatible accessories specified for the system.
What should a clinic check before purchasing an electrosurgical generator?
Check the required operating modes, compatible instruments and accessories, return-electrode requirements, activation controls, monitoring functions, documentation, training and local market availability.