Peri-implantitis treatment device capable of promoting synostosis

Abstract

The invention discloses a peri-implantitis treatment device capable of promoting synostosis. The peri-implantitis treatment device comprises a shell, and is characterized in that a liquid medicine supply tube, an ultrasonic generation device, a transduction transmission device, a negative pressure recovery device for recovering waste liquid, a control device and a power supply are arranged in the shell; the power supply, the ultrasonic generation device, the transduction transmission device and the negative pressure recovery device are all connected with the control device; a treatment tip used for being in threaded connection with an implant is arranged at the end of the shell; the treatment tip comprises a liquid medicine tube communicated with the liquid medicine supply tube and a backflow tube communicated with the negative pressure backflow device; the liquid medicine tube is connected with the transduction transmission device; the backflow tube is arranged outside the liquid medicine tube in a sleeving mode; the liquid medicine tube is provided with a plurality of working tips used for being inserted into a gap between an implant and gingiva, and the working tips are provided with liquid medicine holes used for discharging liquid medicine; and a plurality of waste liquid backflow holes are formed in the periphery of the backflow tube. According to the peri-implantitis treatment device, ultrasonic waves are utilized to carry out oscillation cleaning on the peripheral lacuna of the implant, and mechanical micro-stimulation is carried out on the implant, so that synostosis of the implant and an alveolar bone is promoted.

Description

technical field [0001] The invention relates to the technical field of dental implants, in particular to a treatment device for peri-implantitis that can promote osseointegration. Background technique [0002] Dental implants can be used in reconstructive medical technology to replace the extracted or fallen teeth of lost patients. Dental implants mainly include restoration crowns that replace the patient's original crowns, implants that integrate with the alveolar bone through osseointegration, and connection restoration crowns. and implant abutments. [0003] With the increase of implant years, more and more patients develop peri-implantitis. At present, the conventional non-surgical treatment method for peri-implantitis is to remove the abutment above the implant and open the patient's gums, remove the biofilm on the surface of the implant with a scraper and other instruments, and clean it with a syringe and other instruments. , complex operation and low biofilm removal...

AI Technical Summary

Problems solved by technology

At present, the conventional non-surgical treatment for peri-implantitis is to remove the abutment above the implant and open the patient's gums, remove the biofilm on the surface of the implant with a scraper and other instruments, and clean it with a syringe and other instruments. , complex operation and low biofilm removal efficiency

[0004] Existing periodontal cleaning instruments are not specially designed for implants, and it is difficult to remove the biofilm on the surface of the implants, and cannot perform deep cleaning and sterilization. The treatment device for peri-implantitis or no fixed device needs to be operated by the doctor, which is inconvenient to operate , the stability of the medical effect cannot be maintained, or the waste liquid after flushing cannot be recovered, causing the waste liquid to flow out along the patient's mouth and cheeks, which may cause pollution and patient discomfort

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