Whole-row transplantation device for glass slides

Abstract

The invention discloses a whole-row transplantation device for glass slides. The device comprises a rack, a left arrangement mechanism, a right arrangement mechanism, a carrying disk feeding mechanism, a material waiting station, a slide arrangement station and a discharge station, wherein inlet ends and outlet ends of the material waiting station, the slide arrangement station and the discharge station along the rack are horizontally disposed on a platform of the rack in a head-tail adjacent manner; the carrying disk feeding mechanism is located on the left side of the inlet end of the rack and is adjacent to the material waiting station; and the left arrangement mechanism and the right arrangement mechanism are disposed on the platform of the rack and located on the left side and the right side of the slide arrangement station. The device disclosed by the invention has the beneficial effects that a plurality of glass slides with different specifications and sizes can be placed quickly without replacement of a fixture, so manpower is saved and working efficiency is increased; reliable guarantee is provided for rapid placement of the glass slides during batched fabrication of detection specimens; and the market application value is high.

Description

technical field [0001] The invention relates to the technical field of biopharmaceutical research and medical research equipment, in particular to a glass slide alignment transplanting equipment. Background technique [0002] In biopharmaceutical research and medical research, glass slides are often used, and glass slides are widely used as carriers for histological specimens or living body detection. At present, manual individual slices are generally used, and the test specimens are sprayed one by one and placed on the glass slide. On-chip, but for testing specimens that need to be produced in batches, it is necessary to manually place slides on a single slide, which is labor-intensive and low-efficiency in slide production. Although the efficiency of manual feeding has been improved compared to manual loading, the production is still completed through a single placement of a single slide. The placement of slides is very labor-intensive and time-consuming. In addition, for ...

AI Technical Summary

Problems solved by technology

[0002] In biopharmaceutical research and medical research, glass slides are often used, and glass slides are widely used as carriers for histological specimens or living body detection. At present, manual individual slices are generally used, and the test specimens are sprayed one by one and placed on the glass slide. On-chip, but for testing specimens that need to be produced in batches, it is necessary to manually place slides on a single slide, which is labor-intensive and low-efficiency in slide production. Although the efficiency of manual feeding has been improved compared to manual loading, the production is still completed through a single placement of a single slide. The placement of slides is very labor-intensive and time-consuming. In addition, for different sizes The slides also need to be replaced with different mechanical fixtures, which is troublesome and affects the efficiency of placement. Therefore, for the production of batch test specimens, how to reduce the time required for placement and improve the placement efficiency is very necessary.

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