PIEZOSURGERY® plus
Excellence in Bone Surgery

Power meets precision.

Core Clinical PIEZOSURGERY® technology Benefits:

PIEZOSURGERY®

Selective Cut

protects dura, nerves and vessels

PIEZOSURGERY®

Micrometric Cut

surgical precision, minimal bone loss

PIEZOSURGERY®

Cavitation Effect

clear, blood-free surgical field

Postoperative highlights:
Faster healing and Reduced edema

PIEZOSURGERY® plus
Safety and Features

PIEZOSURGERY® plus is engineered with multiple layers of safety and control.

Its Automatic Precision Control (APC) monitors performance in real time and instantly stops the device within 150 ms if deviations occur, ensuring maximum patient protection.


The system integrates a smart software that automatically sets the optimal parameters for each insert, while still allowing surgeons to adjust power and irrigation according to their needs.


A touchscreen interface centralizes all functions, making it easy to switch between handpieces or settings with a single tap.


Finally, the device offers two independent handpieces and channels, providing flexibility and uninterrupted workflow across complex surgical procedures.

Dual Handpiece System

Standard Channel Handpiece

intraoperative control, flexibility in osteotomy design

Plus Channel Handpiece

performance on highly mineralized bone, efficiency at all depths

Wide selection of inserts caters to any surgical need:

Osteotomy - Standard Handpiece

Osteotomy

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Osteoplasty - Standard Handpiece

Osteoplasty

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Drilling - Standard Handpiece

Drilling

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Finishing - Standard Handpiece

Finishing

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Fields of Surgical Excellence

PIEZOSURGERY® - Mectron

Neuro surgery

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PIEZOSURGERY® - Mectron

Spine Surgery

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PIEZOSURGERY® - Mectron

ENT Surgery

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PIEZOSURGERY® - Mectron

Craniofacial surgery

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PIEZOSURGERY® - Mectron

Facial Bone Surgery

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PIEZOSURGERY® - Mectron

Extremites Surgery

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Experience Piezosurgery®

Scientifically and Clinically Validated

BONE HEALING

Craniofacial - Excellence

Pirodda A., Raimondi M.C., Ferri G.G.

Piezosurgery in otology: a promising device but not always the treatment of choice.

Eur Arch Otorhinolaryngol. 2012 Mar; 269(3):1059. doi: 10.1007/s00405-011-1841-2. Epub 2011 Nov 22.

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The minimal postoperative pain appears remarkable; in the same direction, the first impression about the rapidity of recovery appears noteworthy:
it results in a reduced necessity of postoperative medications, due to a lesser production of granulation tissue and, consequently, to the possibility to better foresee the stabilized result with important anatomical and functional implications.

SAFETY

Craniofacial - Excellence

Grauvogel J., Scheiwe C., Kaminsky J.

Use of Piezosurgery for removal of retrovertebral body osteophytes in anterior cervical discectomy.

Spine J. 2014 Apr;14(4):628-36. doi: 10.1016/j. spinee.2013.06.085. Epub 2013 Dec 4.

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Piezosurgery® proved to be a useful and safe technique for selective bone cutting and removal of osteophytes with preservation of neuronal and soft tissue in ACDF. In particular, the angled inserts were effective in cutting bone spurs behind the adjacent vertebra which cannot be reached with conventional rotating burs.

BENEFITS

Craniofacial - Excellence

Kerstin Stähr, Anja Eckstein, Laura Holtmann, Anke Schlüter, Meaghan Dendy, Stephan Lang & Stefan Mattheis (2018):

A comparative analysis of piezosurgery and oscillating saw for balanced orbital decompression.

Orbit, DOI: 10.1080/01676830.2018.1552709

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The user evaluated piezosurgery to be superior allowing a more precise osteotomy and offering the possibility of angled cuts, thus minimizing the amount of remaining bone of the deep lateral wall. It was also assessed to have an easier handling due to less vibration of the handpiece, particularly when cutting and resizing the lateral orbit prior to replantation.

PRECISION

Craniofacial - Excellence

Iacoangeli M., Rienzo A.D., Nocchi N., Balercia P., Lupi E., Regnicolo L., Somma L.G., Alvaro L., Scerrati M.

Piezosurgery as a Further Technical Adjunct in Minimally Invasive Supraorbital Keyhole Approach and Lateral Orbitotomy.

J Neurol Surg A Cent Eur Neurosurg. 2015 Mar;76(2):112-8.

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Piezosurgery® seems suitable to perform precise thin osteotomies while limiting damage to the bone itself and to the underlying delicate structures even in the case of unintentional contact. These advantages make the piezoelectric bonescalpel a particularly attractive instrument in neurosurgery.

SEMPLICITY

Craniofacial - Excellence

Bertossi D., Lucchese A., Albanese M., Turra M., Faccioni F., Nocini P., Rodriguez Y Baena R.

Piezosurgery versus conventional osteotomy in orthognathic surgery: a paradigm shift in treatment.

J Craniofac Surg. 2013 Sep;24(5):1763-6. doi: 10.1097/ SCS.0b013e31828f1aa8.

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Piezoelectric osteotomy reduced surgical time, blood loss, and inferior alveolar nerve injury in bimaxillary osteotomy. Absence of macrovibrations makes the instrument more manageable and easy to use and allows greater intraoperative control with higher safety in cutting in difficult anatomical regions.
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PIEZOSURGERY® in Pediatric Neurosurgery

Piezosurgery (PS) is a safe and effective tool that can be specifically recommended for bone splitting and graft, laminotomy and craniotomy in cosmetically eloquent areas. The limit of operation times can be overcome by a learning curve in neurosurgery and PSP.

Reference

Massimi L, Rapisarda A, Bianchi F, Frassanito P
Tamburrini G, Pelo S, Caldarelli M.
Piezosurgery in pediatric neurosurgery.
World Neurosurg. 2019 Mar 1. pii: S1878-8750(19)30514-5. doi: 10.1016/j.wneu.2019.02.103.
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PIEZOSURGERY® in Orbital Decompression

The application of piezosurgery in orbital decompression is more suitable than an oscillation saw due to superior cutting properties such as less damage to surrounding soft tissue or a thinner cutting groove.

Reference

Stähr K, Eckstein A, Holtmann L,
Schlüter A, Dendy M, Lang S, Mattheis S.
A comparative analysis of piezosurgery and oscillating saw for balanced orbital decompression.
Orbit. 2019 Dec; 38(6):433-439. doi: 10.1080/01676830.2018.1552709.

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