Pathological section device capable of realizing double-sided section

Abstract

The invention discloses a pathological section device capable of slicing on two sides. The pathological section device comprises a fixed box frame; the transverse moving devices are installed at the top and the bottom of the fixed box frame and are arranged in two sets in a front-back parallel mode, slicing devices arranged in a left-right symmetry mode are installed on the transverse moving devices on the front side and the rear side of the upper portion in a matched mode, and collecting devices arranged in a left-right symmetry mode are installed on the transverse moving devices on the front side and the rear side of the lower portion in a matched mode; and the two groups of load battens are arranged front and back, are positioned in the middle of the left and right slicing devices, and are fixed on the front and back side plate walls close to the bottom of the fixed box frame.

Description

technical field [0001] The invention relates to the technical field of pathological slicing, in particular to a pathological slicing device capable of double-sided slicing. Background technique [0002] Pathological section refers to the prepared lesion tissue, which is embedded in paraffin, and then cut into thin slices by a microtome. However, most of the existing pathological slicing devices are unidirectional slices. Due to the thin slice thickness, the slice volume of a group of prepared pathological samples is relatively large. Therefore, the effect of unidirectional slicing is low, and during the slicing process, the The deviation of slice thickness is large, resulting in uneven slice quality, which affects the quality of slices; and during the slicing process, thinner slices often adhere to the side of the blade and are difficult to detach, which affects the next group of pathological samples. slices, and even break the pathological slices, thereby affecting the eff...

AI Technical Summary

Problems solved by technology

However, most of the existing pathological slicing devices are unidirectional slices. Due to the thin slice thickness, the slice volume of a group of prepared pathological samples is relatively large. Therefore, the effect of unidirectional slicing is low, and during the slicing process, the The deviation of slice thickness is large, resulting in uneven slice quality, which affects the quality of slices; and during the slicing process, thinner slices often adhere to the side of the blade and are difficult to detach, which affects the next group of pathological samples. slices, and even break the pathological slices, thereby affecting the efficiency of slices

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