Magnetic Mallet significantly reduces post-extraction bone resorption: clinical results
This research evaluated the impact of the Magnetic Mallet® on dental extractions in 29 teeth across 9 patients. All extractions performed with the Magnetic Mallet® showed an average bucco-lingual bone loss of only 1.54 mm at 3 months — significantly lower than literature data, even without biomaterials. No differences in outcomes between operators. The technique allowed fast (3.5 min average) and atraumatic extractions, with predictable results. The Magnetic Mallet® emerges as a valid alternative to traditional methods, reducing bone resorption and the need for post-extraction grafting.
Download full PDFGuided Magnetic-Dynamic Implant Site Preparation: a new opportunity in digital dentistry
The study analyzed the accuracy and predictability of an innovative method of implant site preparation in guided surgery. 35 implants were planned in 7 fully edentulous patients. Implant site preparation was performed with magnetodynamic surgery (Magnetic Mallet by Osseotouch), using a prototype specifically adapted to integrate the instrument tips with the 2ingis guide. Of 35 implants placed, only one (in the tuber) failed to osseointegrate. After a second intervention, the overall success rate reached 97%. Placement accuracy was very high, with negligible discrepancies vs planning. The MM-guided technique combined with an integrated digital protocol demonstrated great predictability and a high level of accuracy in implant placement.
Read on publisherEffect of implant macro-design and magnetodynamic surgical preparation on primary implant stability: an in-vitro investigation
This in-vitro study evaluated the effects of conventional surgery and magnetodynamic surgery on primary implant stability in bovine bone. Three implant types with different macro-design (WIDE, T3, ARIES) were each placed after site preparation with conventional drills and with Magnetic Mallet. Magnetodynamic preparation produced significantly higher ISQ (Implant Stability Quotient) values compared to conventional preparation across all three implant types. Magnetodynamic surgery improves primary stability regardless of implant macro-design.
Download full PDFInfluence of implant site preparation method on three characteristics: magnetodynamic mallet versus conventional drill
The study compared implant site preparation with the Magnetic Mallet against the conventional drill method, analyzing three critical aspects: osteotomy shape, surface roughness, and heat generation. Results on bovine bone samples demonstrated that the Magnetic Mallet produces a more precise osteotomy, with significantly higher surface roughness (favoring osseointegration) and lower heat generation compared to conventional rotary drills.
Download full PDFMagnetodynamic instrument for full-arch immediate loading in post-traumatic rehabilitation with narrow implants
This case report describes the use of the Magnetic Mallet for full-arch immediate loading in a post-traumatic rehabilitation with narrow implants. The magnetodynamic technology allowed precise and atraumatic implant site preparation, enabling the placement of narrow implants with high primary stability and immediate provisional restoration. Follow-up confirmed complete osseointegration and excellent esthetic and functional outcomes.
Download full PDFComparison between magnetodynamic, piezoelectric and conventional surgery for dental extractions: a pilot study
Twenty-two patients requiring extraction of three non-adjacent teeth were enrolled. Each tooth was randomly assigned to a specific treatment (control, MM, or piezosurgery). Magnetodynamic surgery produced less post-operative discomfort and better wound healing compared to both piezosurgery and conventional instruments. The time to complete each extraction procedure was significantly shorter with the Magnetic Mallet vs the other methods.
Read on publisherMagnetodynamic surgery with Magnetic Mallet in clinical practice: retrospective study on 411 implants
This retrospective study analyzed a large case series of 411 implants placed after site preparation with Magnetic Mallet. Long-term results confirmed excellent implant survival rates, comparable or superior to literature for conventional preparation. The study demonstrated that magnetodynamic technology is a reliable and reproducible technique for implant site preparation in daily clinical practice.
Read on publisherA new method for ridge expansion in implant surgery via magnetodynamic osteotomy: the split-crest technique
The study evaluated an innovative ridge expansion (split crest) technique using magnetodynamic osteotomy with the Magnetic Mallet. Compared to conventional techniques with chisels and surgical mallets, the magnetodynamic technique showed superior control of bone fracture, better preservation of soft tissues, and lower surgical trauma. Patients reported significantly reduced post-operative symptoms. The technique allowed contextual implant placement with high primary stability.
Read on publisherMaxillary and mandibular split-crest technique with immediate implant placement: 5-year cone-beam retrospective study
Retrospective study with 5-year follow-up on the split-crest technique performed with Magnetic Mallet in maxillary and mandibular sites. CBCT analysis documented long-term bone volume maintenance and implant survival rates above 95%. The study confirms that magnetodynamic split crest is a predictable procedure for implant rehabilitation of narrow ridges.
Read on publisherLateral displacement of the palatal wall of the maxillary sinus: 1-year retrospective CBCT study
This study analyzed by CT the lateral displacement of the palatal wall of the maxillary sinus obtained with the magnetodynamic technique. Results at 1-year follow-up documented stable and predictable bone gain, with favorable bone remodeling. The technique proved to be an effective and less invasive alternative to the traditional lateral approach for maxillary sinus lift.
Read on publisherClinical and radiographic evaluation of localized maxillary sinus elevation mediated by modified transalveolar osteotome in two stages: a retrospective CT study with 3-year follow-up
Forty patients were retrospectively selected. Pre-operative available alveolar bone height was 2.9 ± 0.6 mm. The surgical technique used a two-stage process for the rehabilitation of posterior maxillary edentulous areas, with sinus floor augmentation via Magnetic Mallet osteotomes in the first stage, and implant placement in the augmented site in the second stage (after 9 months). Mean bone height reached 12.4 mm at 9 months and 10.8 mm at 3 years. All 40 implants achieved osseointegration with a 100% success rate.
Read on publisherPost-extraction socket preservation with Magnetic Mallet: a controlled clinical study with 12-month follow-up
Controlled clinical study on post-extraction socket preservation comparing extractions performed with Magnetic Mallet versus conventional techniques. At 12 months follow-up, the Magnetic Mallet group showed significantly lower bone resorption both horizontally and vertically. The magnetodynamic technique better preserves alveolar architecture, reducing the need for subsequent regenerative procedures.
Read on publisherMandibular alveolar ridge expansion with magnetodynamic osteotomes: a prospective study with 3-year follow-up
Prospective study on mandibular alveolar ridge expansion using magnetodynamic osteotomes of the Magnetic Mallet. The 3-year follow-up documented expanded bone volume maintenance and excellent implant survival rates. The technique allowed rehabilitation of narrow mandibular ridges without resorting to block bone grafts, reducing surgical morbidity and treatment time.
Read on publisherMaxillary sinus lift with magnetodynamic osteotomes: technique and 3-year results
This study presents the 3-year results of maxillary sinus lift performed with magnetodynamic osteotomes of the Magnetic Mallet. The crestal technique allowed significant mean bone gain with minimal complication rates. CBCT analysis confirmed favorable bone remodeling and long-term stability of the new bone. The technique was particularly indicated for residual bone heights between 3 and 6 mm.
Read on publisherMagnetodynamic osteotomy for implant site preparation: histological and histomorphometric analysis in a porcine model study
This animal model study histologically and histomorphometrically analyzed bone healing after implant site preparation with magnetodynamic osteotomy compared to conventional drilling. Microscopic analysis revealed that magnetodynamic preparation produces a bone surface with better vascularization and greater osteoblastic activity in the early stages of healing, favoring faster and more complete osseointegration.
Read on publisher