Recently, the implant market in Korea has been steadily growing due to the expansion of health insurance coverage. This growth has led to active research for implants. The success of surgery depends on the surgical plan and surgeon’s proficiency suitable to the patient’s condition. A manipulator is needed to enhance the surgical precision occurred according to the surgeon's ability to perform surgery.
In this paper, the manipulator for artificial tooth root implant to form bone recessus was designed to minimize external interference in order to improve the accuracy of surgery. Structure and frequence analysis of manipulator are performed under the condition of dental implant surgery, and verifies structural stability.