Specialties

->Dentistry

 Surgitron Dual Frequency
redifines your surgical results with
4.0MHz Radiowave Technology

  The patented Surgitron Dual Frequency unit represents advanced radiowave technology that provides unparalleled surgical control, precicion, versality and safety. The high frequency of 4.0MHz minimizes heat dissipation and thus cellular alteration.

  Clinical benefits include reduced post-operative discomfort, minimal scar tissue formation, maximum readability of histologic specimen,enhanced healing and excellent cosmetic results.

  Ellman's technology has received worlwide acclaim and recognition from leading surgeons, clinics, universities and authors.

Cell Specific Radiowave Absortion

  1.Cell12.Cell23.Cell34.Cell45.Cell5

1.High frequency Radiowave energy has a strong affinity for water.
2.Targeted tissue/cell readily absords energy due to high water content.
3.Intracellylar pressure increases as water molecules expand
4.Votalization results in cell conversion tovapor.Process emits low-temperature stream which aids in coagulation.
5.Cell-specific interaction enables meticulous dissection with tissue preservation.

Features

  • Patented Technology reflecting over 40 years of innovation and enhancement.

  • Dual Frequency Technology combining two optimal frequencies for maximum surgical benefits.

  • Digital Operation combining two optimal frequencies for maximum surgical benefits.

  • Digital operation for accurate parameter selection and viewing

  • Solid State Circuitry for dependable, consistent energy emission

  • Five Distinct Waveforms providing procedure/specific tissue treatment options.

  • Monopolar and bipolar Functions resulting in beyond-electosurgery control and precision.

  • 120-Watt Output; maximum power needed for all surgical enviroments

  • Visual and Audible Safety Indicators to ensure maximum patient safety

  • Parameter Recall allows rapid set-up for subsequent procedures

  • Multi-Specialty Applications; all medical disciplines benefit from the technology.

  • Wide Delivery System Selection with constant expansion for emerging medical procedures.

  • Ergonomic Design including simple menu format and low-profile design which permits ease of set-up and function by staff.

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High Frequency / Low Temperature
High Frequency is what separates the Surgitron Dual RF from all other radio-frequency and electrosurgical units. Research indicates the frequency combination of the Surgitron Dual RF is optimal for controlled absortion and surgical precision.
Maximum Control
Histologic evidence of 10-20 microns of cellurar distortion using high frequency monopolar to exercise fresh brain tissue
Minimal Penetration
High Frequency radiowaves are absorted in cellurar water resulting in shallow absortion, reducing the risk of injury to surrounding structures AND TISSUE.

  The radiation spectrum is reviewed to identify Ellman's technology at the frequency of 1.7MHz and 4.0 MHz. All modalities except of bipolar are at 4.0 Mhz, the frequency clinically proven to produce the least amount of lateral heat. The bipolar modality functions at 1.7 Mhz for additional coagulation.
The Electromagnetic Spectrum represents forms of energy propagated in waves.             Standard ESU's and low frequency RF products occupy a band ranging between 100kHz to 500kHz. These frequencies emit energy in the form of heat. Resulting tissue effects are inconsistent and without absorption control.
  Ellman's patented technology includes the frequencies of 1.7MHz-4.0MHz which is a pure radiosignal range. Absorption of this frequency is by the water component of cells. Surface cell absorption produces controlled depth of penetration and minimal cellular alteration. (see absorption chart above).

  Fresh brain tissue measuring 2.0 x 1.0 x 1.0 cm in largest dimension was submitted post surgical harvest. Histologic evaluation of surgical incision created by 4.0MHz radiofrequency technology was requested by the surgeon. Microscopic evaluation of the area of radiofrequency electrosurgical incision shows minimal superficial changes measuring from 10 - 20 microns thickness.
  This technology has recenlty been used to separate conjoined twins at Montefiore hospital in New York.

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