Mechanical and electrical integrated glassware shaping production line

Abstract

A glassware shaping production line. The invention belongs to the field of glassware shaping production lines and provides a mechanical and electrical integrated glassware shaping production line in which the glassware is produce through a press-and-blow process. The production line can be used for producing the glassware products directly, has high production efficiency and low product cost, is high in control precision and yield, is low in demand of manpower and has strong adaption capability, and is simple in operation. The mechanical and electrical integrated glassware shaping production line comprises a servo feeder glass material drop stamping mechanism, a servo feeder glass material drop shear mechanism, a mechanical and electrical integrated glass auto-shaping machine part, and a product delivery line part. The production line has high automation degree. By changing molds, glassware in different size and shape can be shaped. The production line optimizes process, greatly reduces production cost, improves production environment, reduces labor intensity, has simple operations, and can improve yield and product quality.

Description

technical field [0001] The invention provides a mechanical and electrical integrated glassware forming production line, which belongs to the field of glass product forming production lines. Background technique [0002] At present, the molding methods used by domestic glassware forming machines are basically the blow-blowing process. Due to the molding process, there are many defects. Forming equipment directly affects the optimization and upgrading of my country's glass industry. my country is a big country in glassware production, but not a strong country in glassware production. The glassware industry has always had problems such as high energy consumption, low productivity, low product quality, high labor intensity, and poor environment. The technology of glassware forming machines is not high. The low degree of automation and the outdated glassware forming process are the main reasons for this phenomenon. [0003] At present, the production process of high-grade high-bo...

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Problems solved by technology

[0002] At present, the molding methods used by domestic glassware forming machines are basically the blow-blowing process. Due to the molding process, there are many defects. Forming equipment directly affects the optimization and upgrading of my country's glass industry

my country is a big country in glassware production, but not a strong country in glassware production. The glassware industry has always had problems such as high energy consumption, low productivity, low product quality, high labor intensity, and poor environment. The technology of glassware forming machines is not high. Low degree of automation and outdated glassware forming process are the main reasons for this phenomenon

[0003] At present, the production process of high-grade high-borosilicate and high-temperature-resistant extra-hard glassware is to first melt the glass in an electric furnace to make a glass tube, and then use a manual or glass lathe to process the glass tube for a second time through mixed combustion of gas and oxygen. , large energy waste, secondary pollution, low production efficiency, high transportation costs, many damages, high labor intensity, poor production environment, high production cost, no competitive advantage, and the existing molding machine has poor adaptability and is being installed When it is necessary to carry out a large number of modifications to equipment such as glass melting furnaces

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