Automatic Bacteria Inoculation Apparatus

Abstract

The invention relates to the field of microbiological inspection instruments and apparatus, particularly to an automatic bacteria inoculator comprising an inoculator body, a test tube storage device, a culture dish transferring device, an inoculation device, sterilization devices, a clamping device and a cover fetching device, wherein the test tube storage device is arranged at the rear part of the inoculator body; the culture dish transferring device is mounted in front of the test tube storage device; the inoculation device is distributed on the right side of the test tube storage device; the sterilization devices are arranged on left and right sides of the scribing position of the inoculation device; the cover fetching device is mounted on the inoculator body; and the clamping device is mounted on the inoculator body. The automatic bacteria inoculator adopts instrument operation instead of manual operation, and can automatically sterilize the inoculation environment and a bacteria inoculation ring, shorten the whole inoculation time, improve the working efficiency of bacteria inoculation and scribing, and reach high precision and idealized inoculation effects during bacteria inoculation and scribing.

Description

technical field [0001] The invention relates to the field of microbiological inspection instruments and equipment, in particular to an automatic bacterial inoculation instrument. Background technique [0002] At present, the processing of microbial samples is mostly manual inoculation. In the existing technology, the requirements for personal operation are high. Not only must aseptic operation be achieved, but also strict training and long-term operation practice are required to obtain the ideal inoculation effect. Secondly, The overall efficiency of the manual inoculation method is low, and it is affected by the operator's personal level and inoculation habits. Some operators may have delays or slow movements, which will cause the bacteria dipped on the inoculation loop to be exposed to the air for a long time and affect Bacterial culture effect, this classic bacterial inoculation method has low work efficiency, it is difficult to carry out accurate and quality control, and...

AI Technical Summary

Problems solved by technology

[0002] At present, the treatment of microbial samples is mostly manual inoculation. In the existing technology, the requirements for personal operation are high. Not only must aseptic operation be achieved, but also strict training and long-term operation practice are required to obtain the ideal inoculation effect. Secondly, The overall efficiency of the manual inoculation method is low, and it is affected by the operator's personal level and inoculation habits. Some operators may have delays or slow movements, which will cause the bacteria dipped on the inoculation loop to be exposed to the air for a long time and affect Bacterial culture effect, this classic bacterial inoculation method has low work efficiency, is difficult to carry out accuracy and quality control, and cannot meet the requirements of modern laboratories for automation and accuracy

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