Dental Implant Bone Kit

Dental Implant Bone Kit

The Dental Implant Bone Kit (LS9-327) contains four convex compression screws in dual-diameter configurations Ø1.6/2.7mm through Ø3.1/4.1mm, three concave compression screws in Ø3.0mm, Ø3.5mm, and Ø4.0mm, one spade marking drill, motor mount drivers in Long and Short lengths, a hand driver, ratchet adapter, and ratchet wrench, all organized in color-coded blue, red, yellow, green, and teal silicone retention pads within a stainless steel hinged autoclave cassette featuring an integrated mixing bowl. Convex screw heads apply lateral outward compression force while concave heads condense bone at the osteotomy rim during site preparation.

The Bone Compression KIT spade marking drill features a flat spade-tip geometry that scores the cortical bone surface at the planned implant site without lateral deflection, eliminating pilot drill walking on curved or angled surfaces. Motor mount drivers in long and short lengths accommodate both handpiece-driven and restricted-access insertion scenarios. The ratchet adapter and wrench deliver controlled torque during compression screw seating. The stainless-steel cassette with integrated mixing bowl withstands repeated autoclave sterilization at 134°C without dimensional distortion across instruments or bowl walls.

Oral surgeons and implantologists deploy this kit during ridge expansion and bone compression osteotomy procedures where horizontal bone width is insufficient for standard implant placement. Following spade drill cortical marking, the surgeon inserts graduated Dental Implant Bone Kit convex compression screws sequentially from smallest to largest diameter, laterally displacing bone outward to widen the alveolar ridge without bone removal. The Convex Concave Compression Screw Set concave screws then condense expanded bone at the osteotomy margin, stabilizing ridge width before final implant diameter preparation and placement.

Leader Surgical understands that ridge expansion demands instruments engineered specifically for controlled lateral bone displacement, and supplies this compression kit knowing that consistent screw geometry and reliable torque delivery determine whether the expanded ridge maintains its new width through the healing phase.

How does compression improve implant success?
By gradually condensing the osteotomy walls, the kit increases bone density immediately surrounding the site, which leads to higher primary stability and better mechanical interlocking with the implant.