In recent times, rehabilitation of the edentulous jaws with immediate loading implants has assumed a general, anticipated treatment of choice. For successful implantation, it is essential that sufficient quality and quantity of bone is present.

If this precedent is not met with, then the implantation procedure becomes traumatic and challenging which means that, to place conventional implants, procedures such as, sinus lifts, bone grafts, nerve positioning and sometimes even severe surgical  procedures are under taken but these measures come with their own set of complications associated with them.

To avoid these botherations especially the sinus lift problems and dental bone grafts complications, the basal implants have emerged, which are designed notably to gain anchorage in the highly mineralized Basal bone.

Basal Implantology also known as Bi-cortical implantology is considered as a revolution in the field of Implantology. The single piece implant is placed in the cortical bone (hardest bone) which is present at the base of the jaw bones.

The cellular action which manifests in the basal bone conserves it from the atrophy of the bone tissue even in the absence of a tooth. Therefore the fundamental asset of the basal implants is, that it can be used in cases where the bone has resorbed drastically or where there is severe atrophy of bone because of some infection or long term absence of teeth.

Basal implants are fabricated in coordination with the anatomy of the jaw bone, which consists of two parts, the upper tooth holding Crestal bone or the, Alveolar bone which is mineralized to a lesser degree and is prone to injuries and pathologies and also associated with high rate of resorption.

The second part of the jaw bone being the Basal bone, which is present underneath the crystal bone and is highly mineralized and devoid of infection, with an increased load bearing capacity, when compared to the crystal bone.

Basal implants, are made of Biocompatible Titanium alloy and is a single entity.