• Local infiltration anesthesia will be applied to all the patients participating in this study.
• Full thickness mucoperiosteal flap reflection with 15c blade.
• Osteotomy site preparation through sequential biologic drilling in healed bony site with a pilot drill at 800 rpm with irrigation initiates the drilling process, which is then followed by drills of different sizes and shapes at low speeds at 150rpm without irrigation.
• The implant will be positioned in the osteotomy site and a healing collar will be placed.
• The mucoperiosteal flap will be sutured in an interrupted manner with 5-0 proline suture material

• Local infiltration anesthesia will be applied to all the patients participating in this study.
• Full thickness mucoperiosteal flap reflection with 15c blade.
• Preparation for osteotomy site with conventional sequential drilling in healed bony site at 1200 rpm with irrigation.
• The implant will be positioned in the osteotomy site and a healing collar will be placed.
• The mucoperiosteal flap will be sutured in an interrupted manner with 5-0 proline suture material.

• Osteotomy site preparation through sequential biologic drilling in healed bony site with a pilot drill at 800 rpm with irrigation initiates the drilling process, which is then followed by drills of different sizes and shapes at low speeds at 150rpm without irrigation.
• The implant will be positioned in the osteotomy site and a healing collar will be placed.

Scale ranges from 1 to 100, the higher the Implant stability quotient the more stability

Long-cone intraoral radiographs were collected under controlled circumstances with personalised X-ray holders (XPC) and a registration bite block for repeatable imaging. The periapical radiographs carried out by digital sensor size 2 standardized film and standardized exposure settings The neck of the implant was taken as a reference point in all images for standardization post surgically and after 3 months.