Cutting, milling and grinding integrated machining center for laboratory

Abstract

The invention relates to a cutting, milling and grinding integrated machining center for a laboratory, which belongs to the technical field of metal cutting machine tools. A transverse rail is supported on the upper portion of a frame of the machining center, a ram forming a power-driven horizontal movement pair with the transverse rail is mounted on the transverse rail, a chuck seat forming a power-driven vertical movement pair with the ram is mounted on the ram, a vertical chuck shaft with a chuck at the lower end is mounted on the chuck seat, at least three vertical power shafts arrayed along the direction of the transverse rail are mounted on the lower portion of the frame, and a cutting head with a cutting blade, a grinding head with an abrasive wheel and a milling head with a milling blade are mounted at the upper ends of the power shafts respectively. By the aid of the machining center, machining originally completed by a fewer devices is realized, machining time is greatly shortened, and a variety of problems caused by test samples are avoided. Moreover, a clamping portion and a feeding portion are arranged on the upper portion of the machining center, and cutting power is arranged on the lower portion of the machining center, so that the machining center is reasonable in structure, fine in assembly manufacturability and extremely convenient in operation and use.

Description

technical field [0001] The invention relates to a metallurgical inspection pre-processing equipment, in particular to a laboratory cutting, milling and grinding integrated machining center, which belongs to the technical field of metal cutting machine tools. Background technique [0002] According to the applicant's knowledge, a series of processing including cutting, grinding and milling is required before the metal sample is tested for its composition after being released from the furnace. Milling (according to the different steel types), to meet the requirements of spectral analysis. The original special equipment of this type has a single function, so a cutting machine (refer to the Chinese patent literature with the application number 200820191744), a grinding wheel prototype machine (refer to the Chinese patent literature with the application numbers 200420062482 and 200920189683), a rapid milling machine (refer to the 200420062481, 201120034440 Chinese patent documen...

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Problems solved by technology

The original special equipment of this type has a single function, so a cutting machine (refer to the Chinese patent literature with the application number 200820191744), a grinding wheel prototype machine (refer to the Chinese patent literature with the application numbers 200420062482 and 200920189683), a rapid milling machine (refer to the 200420062481, 201120034440 Chinese patent documents) were processed separately

In order to obtain accurate results, it is hoped that the detection and analysis of steel sample composition data can be completed in the shortest time, but the existing technology requires sample transfer and clamping between various equipment, which not only leads to time delays, but also cumbersome operations , especially in the process of equipment transfer and clamping, it is easy to make more inclusions on the surface of the sample, which affects the composition detection and analysis

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