CONMED System 5000 ESU 60-8005-001 W/Mobile Pedestal & Footswitch

The CONMED System 5000 is a versatile electrosurgical unit designed for precise and adaptable surgical applications. This used model, 60-8005-001, comes equipped with a mobile pedestal and footswitch, enhancing convenience and mobility during procedures. Operating with CONMED's Dynamic Response Technology, the System 5000 provides real-time adjustments to changes in tissue impedance, optimizing performance across various surgical scenarios. This unit supports multiple modes, including Pulse Coag, Pulse Cut, Micro Bipolar, and Macro Bipolar, catering to specific surgical needs and preferences. Additionally, unique features of the System 5000 include the Fluids Mode, offering enhanced energy for procedures in fluid environments, and the Lap Mode, which reduces open circuit voltages to minimize the risk of burns from capacitive coupling. Manufactured in the United States, the CONMED System 5000 ensures reliable performance with its innovative technology and responsive design. It is an excellent choice for medical professionals who require a dependable and efficient electrosurgical generator to meet diverse operational demands.

CONMED System 5000 ESU 60-8005-001 W/Mobile Pedestal & Footswitch

System 5000

Electrosurgical Generator (ESU)

CAT #60-8005-SYS

Uniting technology with versatility.

The System 5000 Electrosurgery Generator provides the opportunity to fine tune the electrosurgical generator to specific procedure and surgeon preferences. General Mode delivers the full energy performance of CONMED's Dynamic Response Technology, which immediately detects and automatically adjusts to changes in tissue impedance. Other modes include Pulse Coag, Pulse Cut, Micro Bipolar, and Macro Bipolar.

Unique modes on the System 5000 include the Fluids Mode and Lap Mode. Fluids Mode is used for an additional boost of energy in procedures taking place in a fluid environment. Lap Mode limits open circuit voltages to below 2700 volts in all modalities and reduces the potential risk of inadvertent burns from capacitive coupling.