Essential Extraction Kit for Magnetic Mallet
Atraumatic Extractions Made Simple
Four atraumatic extractors designed for use with MAGNETODYNAMICS for everyday routine. Residual roots, decomposed teeth, third molars included.
- Extractor 1 - Curved Single Pack
- Extractor 2 - Curved Single Pack
- Extractor 3 - Curved Single Pack - RVS
- Extractor 4 - Curved Single Pack - Third Molar Elevator
A controlled periotomy performed with MAGNETODYNAMICS designed to replace forceps and elevators for anterior, posterior, and third molar extractions, while preserving the alveolar bone for immediate implant placement or socket preservation.
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Forceps and elevators damage what we want to preserve
Tooth extraction is one of the most common procedures in dentistry, yet conventional instrumentation — forceps, dental elevators, levers — applies uncontrolled mechanical forces that systematically damage the alveolar bone. Buccal cortical plates, often only 0.5–1 mm thin, fracture under pressure. Roots break, especially in non-vital teeth. Soft tissues are traumatized.
In posterior sectors, access is limited and third molars frequently require extended osteotomies. Alternatives have their own constraints: continuous irrigation, longer operative times, bone cutting. Minimally invasive extraction and socket preservation remain difficult goals to achieve with conventional instrumentation.
Periotomy performed with Magnetodynamics without leverage
The Magnetic Mallet delivers a controlled impulse of up to 260 daN (about 265 kg) in 50 microseconds — too fast to be perceived by the patient. Kit Essential leverages this impulse for Periotomy performed with Magnetodynamics: the instrument enters the periodontal ligament space with a progressive wedge effect that widens the space around the root, without ever applying leverage forces on the alveolar walls.
No irrigation during this operative phase, no clinically relevant heat generation, no noise. Dry surgical field with high visibility throughout the procedure. Force is delivered by the device: constant, calibrated, operator-independent. The Baldi (2024) study found no statistically significant differences in outcomes between two different surgeons.
