Non-rotary surgery using MAGNETODYNAMICS · bone-preserving site preparation
10+ years on the U.S. market · Calibrated 80-microsecond impulse · 4 force levels · 1 mm per impulse
A calibrated magnetic impulse transfers controlled axial force to interchangeable surgical instruments — without rotary cutting and without rotary friction heat in the phase using MAGNETODYNAMICS. Bone is laterally displaced , not removed. Predictable, controllable, repeatable osteotomy.
Rotary preparation
removes what you want to keep
Conventional rotary drilling excavates bone, generates frictional heat at the bone-bur interface, and requires irrigation that can wash away osteogenic factors. In low-density (D3–D4) maxillary bone, every micron removed is a micron lost — and the trajectory is committed the moment the cortical entry is taken.
Preparation using MAGNETODYNAMICS
displaces, doesn't remove
A calibrated 80-microsecond magnetic impulse transfers controlled axial force. Bone is laterally displaced rather than excavated — the matrix at the surgical site is conserved. No rotation, no rotary friction heat in the phase using MAGNETODYNAMICS. The trajectory can typically be corrected mid-osteotomy.
Predictable. Controllable.
Safe.
The clinical case for the Magnetic Mallet rests on three pillars — not on a single feature.
Manufacturer’s product information (tatumsurgical.com, opens in a new tab)
