Implant packaging bottle

Abstract

The invention discloses an implant packaging bottle. The implant packaging bottle comprises a bottle body, a bottle cap, an electrifying base, an implant bracket and ultraviolet light sources. The bottle cap is provided with a bottle cap body which is detachably connected with one end of the bottle body and an implant supporting frame which is used for extending into the bottle body. The electrifying base is arranged at the other end of the bottle body. The implant bracket is detachably connected with the implant supporting frame, and an implant can be mounted on the implant bracket. The ultraviolet light sources are used for being arranged in the bottle body, the ultraviolet light sources are electrically connected with the electrified base, and the number of the ultraviolet light sources is multiple. When the implant supporting frame extends into the bottle body, the multiple ultraviolet light sources are arranged around the implant on the implant supporting frame. According to the implant packaging bottle, the surface of the implant can be activated and cleaned without taking out the implant, so that the infection risk is effectively reduced; and secondary sterilization operation is not affected, and waste is avoided.

Description

technical field [0001] The invention relates to the technical field of implant packaging container equipment, in particular to an implant packaging bottle. Background technique [0002] Dental implants are surgically implanted into the upper and lower jaws of the missing teeth of the human body. After the surgical wound is healed, a device for repairing the abutment and the crown is installed on its upper part. For the modern oral cavity, dental implants are widely used in tooth loss and restoration because of their beauty, comfort and long life. They are called the third set of teeth for human beings. [0003] Hydrophilic dental implants tend to have better biological activity. A series of studies have shown that hydrophilic implants can promote the differentiation of bone cells and are especially effective for early osseointegration. However, the contact angle of existing implants is generally high (about 90°), and the hydrophilicity of some hydrophilic implants decreases...

AI Technical Summary

Problems solved by technology

However, the contact angle of existing implants is generally high (about 90°), and the hydrophilicity of some hydrophilic implants decreases significantly after being placed for a period of time; the main reason for the non-hydrophilic implants is the pollution of surface carbides. Due to the presence of carbon dioxide in the environment during production and processing, the hydrophilic surface of the implant is easy to form molecular bonds with carbon molecules, adhering to the surface of the implant makes it unable to combine with water molecules and becomes hydrophobic. This process makes the implant hydrophilic Preservation of sexual implants becomes quite difficult

Some manufacturers try to preserve the activated implants by using technologies such as air isolation, but due to the high cost and poor effect, it is difficult to maintain the hydrophilicity for a long time

[0004] Ultraviolet light irradiation is a process that can activate the surface of the implant before dental implant surgery to regain a hydrophilic surface. However, the existing ultraviolet activation irradiation device needs to take the implant out of the packaging bottle in advance to make it Exposure to air, highly susceptible to contamination

Moreover, the implant cannot be sterilized for the second time after it is taken out. Once the operation time needs to be changed due to reasons of the patient or the doctor, the implant will not be able to continue to be used, resulting in waste.

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