An intelligent metallographic collection device for metal materials

Abstract

The invention discloses an intelligent metal material metallographic phase collecting device. The collecting device comprises a fixing base, a vertical frame fixedly arranged at the top of the middleof the fixing base, and an adjusting machine body fixedly arranged on the lower side of the vertical frame in a front-back extension manner; an image mapping instrument is arranged at the right tail end of the top of the vertical frame, a first guide sliding groove extending left and right is formed in the upper side of the vertical frame, a supporting plate is arranged in the first guide slidinggroove and is in sliding fit connection with the first guide sliding groove, a first adjusting threaded rod extending left and right is arranged in the first guide sliding groove and is in thread fitconnection with the supporting plate, and a first motor is in power connection with the left tail end of the first adjusting threaded rod and is embedded in the left inner wall of the first guide sliding groove. The collecting device is simple in structure, convenient to operate, high in collecting accuracy and convenient to move and carry, and improves the metallographic phase collecting efficiency and effect.

Description

technical field [0001] The invention relates to the technical field of metal material experiment equipment, in particular to an intelligent metallographic collection device for metal materials. Background technique [0002] At present, the research on metal materials in China is still in a relatively backward state. Metallographic collection of metal materials is one of the main steps in the experiment. Zeiss microscopes are generally used, and the number of metallographic images that need to be collected is generally large. The operation is extremely complicated, and it is difficult to find clear metallographic photos under normal circumstances. Usually, due to the irregular technique of the operation, the collection effect will be very different. There are a lot of scratches in the collected photos, and the severely corroded areas are obvious. The results have a great impact, and the collection time is delayed in the cumbersome operation of the operator. The corrosion time...

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Problems solved by technology

[0002] At present, the research on metal materials in China is still in a relatively backward state. Metallographic collection of metal materials is one of the main steps in the experiment. Zeiss microscopes are generally used, and the number of metallographic images that need to be collected is generally large. The operation is extremely complicated, and it is difficult to find clear metallographic photos under normal circumstances. Usually, due to the irregular technique of the operation, the collection effect will be very different. There are a lot of scratches in the collected photos, and the severely corroded areas are obvious. The results have a great impact, and the collection time is delayed in the cumbersome operation of the operator. The corrosion time is long and the metal material is seriously corroded. Not only the collection efficiency is low but also the effect is poor. Will damage the Zeiss microscope, therefore, there is an urgent need for an intelligent metallographic acquisition device for metal materials

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