A melting device for gel
chromatography, belonging to the field of auxiliary technology for detection mechanisms, includes a
crucible, a sealed cylinder, a sealed cap, an electric push rod, an
electric heating mechanism, a base plate, and a
vibration motor. The
crucible, sealed cylinder, sealed cap, electric push rod,
electric heating mechanism, base plate, and
vibration motor are assembled together. An isolation plate with a shaft hole is fixedly installed in the middle of the sealed cylinder, dividing the upper and lower ends of the sealed cylinder into a heating chamber and an equipment chamber. Under the combined action of these mechanisms, the
analyte in the
crucible can be sealed and heated through the sealed cap, thus improving
heating efficiency and achieving energy savings. The vibration energy generated by the
vibration motor causes synchronous vibration of the
analyte in the crucible, ensuring uniform heating of the
solid analyte and reducing the probability of excessive heat-induced denaturation of the analyte at the lower end of the crucible, thereby maximizing the accuracy of the detection data of the analyte in the gel
chromatography. In summary, this invention has good application prospects.