Surgery and Prosthesis Guide

Kimia Kasht Company as a Knowledge-based one constitutes a limited multitude of research companies in the world that is equipped with a histological research unit. The entire products of the company are reactive opinions and contextual responses, steo-integration level and analytical biocompatibility and histological analysis. The surface of the implants in the adjacency of the patient’s bone and transplanted biomaterials will be analyzed and the results will be made available to the esteemed employees in a multitude of specific time interval.
KME Dental implants have a plain and efficient surgical protocol and in the meantime they enjoy the capacity for an implant in diverse methods as a Multi-Potential system. It is advised that if you have a history of less than 200 ones, then, use protocol No. 1 and if you have fixture units and use complex surgical instances including simultaneous implants and bone transplant, then, use protocol No. 2.
Any protocol is used based on schematic forms. Difference in protocols No. 1 and No. 2 is based on drilling speed.
The position of a surgeon is divided into two classifications. The surgical set is basic and the surgical set is advanced which can be used based on the circumstances.
“Protocol No. 1 (Classic Drilling)”

“Protocol No. 2(Bone Harvesting)”

Collect the bone in the drills in a gallipot and/or keep it humid in protocol No. 2 and use it for transplant for the patient. You can use this bone with allograft bone and osteo-induction to increase the chances of transplant success and decrease the amount of allograft or synthetic transplant.

Implantation can be conducted in the following two methods: Manual and engine driver drivers:

Set ratchet torque to 20N/cm in the manual method. Set RPM 15-20 and torque to 20 N/cm in engine method.

The amount of steo-integration success of KME implants is totally independent of primary stability and the maximum proposed amount is as described in the following table.