Multi-debugging equipment for regenerative medicine new material experiment

Abstract

The invention discloses multi-debugging equipment for a regenerative medicine new material experiment. The equipment comprises an L-shaped supporting bottom plate, and a rotating table assembly is rotationally arranged over a plate body at the bottom of the L-shaped supporting bottom plate. A first medical new material test tube jacking assembly and a second medical new material test tube jackingassembly are arranged on the rotating table assembly in a sliding manner; a plurality of groups of jacking assemblies are fixedly arranged on the inner side surfaces of the first medical new materialtest tube jacking assembly and the second medical new material test tube jacking assembly; and only an experiment test tube or beaker needs to be inserted between the first medical new material test tube jacking assembly and the second medical new material test tube jacking assembly. Under elastic jacking of the jacking assemblies, the high stability and reliability of the experiment test tube orbeaker in placing can be ensured; after two-way rotation of the rotating table assembly and elastic displacement of the jacking assemblies, a certain oscillation effect between the first medical new material test tube jacking assembly and the second medical new material test tube jacking assembly is realized..

Description

technical field [0001] The invention belongs to the technical field of medical new material experimental equipment, and in particular relates to a multi-adjustment equipment for regenerative medicine new material experiment. Background technique [0002] New materials (or advanced materials) refer to those newly developed or developing materials with better performance than traditional materials. New material technology is based on human will, through physical research, material design, material A series of research processes such as processing and test evaluation to create new materials that can meet various needs. [0003] The existing technology has the following problems: during the experiment of new materials in regenerative medicine, experimental test tubes or beakers are usually used to mix, oscillate and heat the new materials for regenerative medicine, so as to facilitate the experiment and follow-up research of new materials in regenerative medicine. Experimental ...

AI Technical Summary

Problems solved by technology

[0003] The existing technology has the following problems: during the experiment of new materials in regenerative medicine, experimental test tubes or beakers are usually used to mix, oscillate and heat the new materials for regenerative medicine, so as to facilitate the experiment and follow-up research of new materials in regenerative medicine. Experimental test tubes or beakers, mixing oscillation and synchronous heating of regenerative medicine new materials experiment with multiple experimental debugging equipment, which is not conducive to the experiment and follow-up research of regenerative medicine new materials

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