Nova Surgical Innovations, Inc. (NSII)
The Vesalius MCN Plus system uses Quantum Molecular Resonance (QMR) technology that breaks the chemical bonds in molecules with negligible heat generation without irrigation. QMR, especially around delicate tissues, means no heat, no thermal damage, no tissue shrinkage, better healing and no scar tissue.
- Reduced necrotic tissue and termal damage
- Precise, undamaged histological examiniations
- Less post operative pain
- Reduced duration of surgery
- No irrigation required
Advantages for Neuro & Spine surgery:
- Cut & coagulation occur with modest temperatures
- Bipolar and monopolar output
- Wide range of disposable electrodes
- Single-use & Reusable non-stick Bipolar forceps
- Concurrent coagulation and tissue dissection
Vesalius MCN Plus is based on the Quantum Molecular Resonance Technology which creates high frequency fields combined in such a way as to minimize the transfer of energy into a thermal form. The quantized high frequency spectrum (4MHz with harmonics) generates quanta of energy with a sufficient value to break up the molecular bonds without increasing the kinetic energy, inducing only a modest temperature increase.
The CUT function, by using QMR technology, induces breakage of molecular bonds while the temperature of the tissues barely increases. As a consequence, this function produces a precise cold cutting and causes a low lateral heat, producing a minimal destruction of the tissue that surrounds the operation area, allowing an extremely delicate incision.
Activating the COAGULATION function, the MCN plus produces waveforms off-resonance in such a way as to only raise slightly the temperature. As a consequence, instead of collapsing the vessels and necrotizing the area as the standard electro/radiosurgical units do, the effect of coagulation is obtained by triggering the denaturation process of the fibinogen to form fibrin. The temperature of the target tissue increases more than when using the CUT function, but still remaining at a modest level.