Impladent Ltd. manufactures the LaminOss^® Osteocompressive Immediate-Load Implant System featuring one-piece and two-piece implant modalities. Sinusoidal thread design and aggressive surface provide greater horizontal load bearing areas to maximize bone interface and reduce stresses. Utilizing the science of osteocompression via sequential surgical technique, bone is laminated is laminated during insertion, immediate function the day of placement. LaminOss^® offers four implant designs, in two diameters and four lengths, with removable morse taper abutments. The new SuperSplint^® Prefabricated Immediate Implant-Splinting System offers a prefabricated superstructure for time saving, cost effective full lower denture restoration the day of surgery.

Features of the LaminOss^® Osteocompressive Thread Design

Close-up of LaminOss^® threads illustrating the relationship of the dilator and taps to implant geometry. Note the progressive osseous compression provided by the sinusoidal rounded-thread design. In a D1 bone region two taps will be used; in a D4 bone region, a greater osseous compression is achieved by the use of the dilator. Grouting implant osteotomy with OsteoGen^® is advantageous for implant support in large trabeculation and for bone bridge.

Crosscut section represents implant areas where bone is being compressed by each implant thread. The LaminOss^® thread geometry not only attains higher values of implant support at the Load Bearing Areas (LBA) than conventional implants for the same osteotomy, but together with compaction of the osteotomy (dilation), the implant design laminates bone by 2.5 times at time of placement.

 

The LaminOss^® System offers 3.3mm and 4.0mm diameter, one-piece and two-piece implants in lengths of 9mm, 11mm, 13mm and 15mm, to receive straight or 15O angled Morse taper removable abutments for fixed (cemented) removable prostheses. The SuperSplint^® Prefabricated Immediate Implant-Splinting System is used for full lower denture reconstruction the day of implant surgery.

Bone compaction and minimal bone loss are achieved by the unique compound angles of the surgical taps that provide a simultaneous, progressive internal cutting edge, followed by the outer flat compressive surface area of the tap at the time of bone threading procedures.

By design, osseous compression is applied at the interface of each LaminOss^® thread (green areas). The lower portion of each thread is the horizontal Load Bearing Area (LBA) which sustains implant bone equilibrium under function relevant to bone physiology. Force mineralization (grouting) to implant osteotomy, following taping and prior to implant insertion will provide bulk density and improved implant support, using OsteoGen^®.