Process of making glass goblets by machine blowing first and then machine pressing

Abstract

The process of making glass goblets by machine blowing and then machine pressing of the present invention relates to the preparation method of glass cups. Cup body→Manually turn the cup body into the fire-cut power cut→Manually turn the cup body into the mold of the compression molding machine→Feeder supplies the cup stem and cup holder→The compression molding machine presses the cup stem and cup holder and puts the cup The rod is connected with the outer bottom of the cup body→manually transfer the cup to the fire polishing machine for polishing→manually transfer the polished cup to the annealing furnace for annealing→out of the annealing furnace→inspection→package. The invention successfully realizes the combination of machine blowing and pressing to make glass goblets, which significantly improves product quality, greatly reduces production costs, and greatly reduces the amount of labor. variety, has significant economic and social benefits, and has promotional value.

Description

technical field

[0001] The invention relates to a preparation method for making glass cups, and more particularly relates to a process for making glass goblets by machine blowing and then machine pressing. Background technique

[0002] The glass goblet is composed of three parts: the cup body, the cup stem, and the cup holder. The glass goblet has many shapes. Different glass goblets should hold different wines or drinks. At present, there are two kinds of glass goblet production processes: manual production and machine pressing. The so-called manual production is to manually blow the cup body or machine blown cup body, and then manually connect the cup stem and cup holder, and then manually make the cup. The body can be of any size; the so-called machine pressing means that the cup body, cup stem, and cup holder are pressed into shape at one time. The artificially produced glass goblet has low output, low authenticity rate, large amount of labor, low production efficiency,...

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