SONOSURGERY®

INSERTS

Sonosurgery®

Vibrating sonic inserts suitable in all applications of oral surgery, from simple tooth extraction to the most advanced oral surgical techniques. Tailor-made for any operator, from the less experienced who can perform the simplest techniques in all safety, to the most experienced surgeons who can perform very complex and sophisticated surgical techniques. Appropriate for corticotomy, osteotomy, osteoplasty, root separation, bone particulate harvesting, incision, abrasion, and bone trap-door detachment; Schneider membrane elevation used in sinus-lift technique, access, cleavage and emptying of cysts, implant site preparation etc.

Osteotomies inserts: Micro-saw insert indications

All three micro-saw bone insert blades (registered model), are identical at any angulation. 10 mm total length established by 2 rows of teeth on both sides of blades, spaced 1 mm apart (see drawing). Micro-saws are a mere 0.20 mm in thickness from a maximum of 4 mm to 2.5 mm minimum in width, forming a triangular shape.

Sinus-lift inserts indication

Vibrating sonic inserts designed for lateral access sinus lift techniques. Both straight and angled diamond ball inserts for trap-door bone cutting or erosion removal. Trap-door bone straight insert (scraper), removal also by erosion while forming bone particulate. Trap-door disc insert detachment for Schneider membrane lifting.

Bone drilling: Implant site preparation Inserts

Increasing diameter 7 diamond angled shank insert series for implant site preparation: SIS01 1.6 mm; SIS02 2.1 mm; SIS03 2.5 mm; SIS04 2.9 mm; SIS05 3.3 mm; SIS06 3.7 mm; SIS07 4.0 mm. Indicated for implants preparation at every mouth position, regardless of both maxillary and mandibular, anterior or posterior area. Smallest from 1.7 mm diameter, to the largest of 4.0 mm diameter. Whole diamond abrasive surface insert 8 mm in length, laser-marked notched every 2 mm, easily identifiable at 10, 12, 14, and 16 mm, to monitor bone insert depth. Another feature is the ISO color code diameter recognition, present on the hexagon and numeral diameter measurement conveniently reported on the stem too.