The Plasma Surgical System redefines minimally invasive surgery with patented cold plasma technology. Utilizing ionized gas at controlled temperatures (40-70°C), this FDA-cleared system enables surgeons to perform precise tissue dissection, coagulation, and ablation while minimizing thermal damage to surrounding healthy tissue. Ideal for ENT, dermatology, and gynecological procedures, our system features real-time impedance monitoring and automatic power adjustment, reducing procedure time by 30% compared to traditional electrosurgery. With 5 programmable operation modes and compatibility with multiple disposable probes, it ensures 0.8mm surgical precision ±0.1mm variance. Clinical studies show 45% faster patient recovery times and 92% reduced intraoperative bleeding. CE-certified and ISO 13485 compliant.

Technical Parameter

The Revolution of Plasma Surgery

The low-temperature surgical system generates high-frequencyenergy in the working surface,therebyintegrated therapeutic func-tions of ablation,cutting,coagulation hemostasis,infusion,andsuction,which have changed traditional surgical methods,makingthe surgery can be performed without the need for additionalspecial instruments during the surgical process,in this way to com-plete the surgery quickly and efficiently.

Combining the characteristics of human physiological struc-ture for treatment;

Submucosal ablation effectively protects the mucosa,andmaintains the original physiological barrier,and avoids dam-aging the original physiological immunity;Real time ablationimmediate retraction of hypertrophic tissue during surgery.

Technical Principle

The plasma technology of Better Health is the plasmaenergy generated by stimulating NaCl in physiological salinewith a 100KHz square wave.The high-speed charged particlesin the plasma can break the molecular bonds of the humanbody,causing proteins and other tissues to decompose andvaporize into low molecular weight gases such as H2,02,CO2,N2,and methane.

Under a stable electric field of 100KHz square wave,parti-cles will achieve a longer acceleration time,ultimately forminghigh-speed charged particles with kinetic energy,which canbreak molecular bonds and cause minimal damage tosurrounding tissues.The treatment temperature is low,andthe processes of cutting,ablation,and hemostasis are com-pleted within 40-70℃.