New Generation Radio Frequency Plasma Energy Platform Surgery System With Touch Screen

New Generation Radio frequency Plasma Energy Platform Surgery System BT910


 

Radio frequency Plasma Energy Platform System

The BT910 radiofrequencyplasma surgical system console is an energy platform that integrates radiofrequency,plasma,and high frequency.The product is

composed of three major modules:a 350kHz high-frequencyelectrosurgicalunit, a 100kHz plasma,and a 1.7MHz radiofrequency.The device uses different types ofenergy in combination and is applied clinically.

Upgraded High-Flow Integrated Pump

Full LCD Touch Screen

Single-stage Plasma Cutting Interface

 

Return Electrode Interface

Bipolar Hemostatic Electrode Interface

One-Touch Start Function

10W-300W Stepwise Adjustable Power

Temperature Display,Over-Temperature Alert



Energy Devices For Orthopaedic Procedures

MBS Malleable Bipolar Sealer with Light

Malleableshaft and built-in light allow access to difficult-to-reach anatomy and provide illumination during surgery

6.0 BipolarSealer

Large-sized electrodes provide

hemostatic sealing of bleeding soft tissue and bone

2.3 Bipolar Sealer

Medium-sized electrodes provide hemostatic sealing of bleeding soft tissue and bone

Radiofrequency Plasma Bipolar Hemostasis System

The plasma surgical system forms around the electrodes(with a voltage difference formed

by bipolar or multipolar)using conductive media(electrolytes in saline or cellular fluid)A highly concentrated plasma zone.The plasma zone is a highly oxidizing,highly vaporized plasma thin layer(50-100μm)that The thin layer has enough energy(3-5ev)to shatter the organic molecular chains within the tissue,thereby separating the molecules and reducing

the tissue volume.It does not directly char The tissue,causing minimal damage to

surrounding tissue.Since the current does not directly pass through the tissue,the tissue heats up very little,and the treatment temperature is low,soit has a surface tissue

temperature with minimal indirect tissue damage,minimal thermal penetration,and ablation of tissue through molecular separation,among other advantages.