5-6-drop production method of line-row type bottle machine
A determinant bottle making machine and production method technology, applied in glass production, glass blowing, manufacturing tools, etc., can solve the problems of restricting production efficiency and product quality, expensive imported equipment spare parts, and restricting sustainable and healthy development. Achieve the effects of easy mold replacement and machine maintenance, reasonable molding process, and improved production efficiency
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Embodiment 1
[0020] The determinant bottle making machine mainly includes: initial mold fixture mechanism; mold forming fixture mechanism; initial mold switch mechanism; mold forming switch mechanism; jaw clamp mechanism; Feeding mechanism; Inflating mechanism; Blind head mechanism; Clamp moving mechanism; Clamp bottle fixture mechanism;
[0021] The basic process conditions required for it:
[0022] The mold is cooled by circulating water;
[0023] The products produced are combined with natural cooling and cooling air cooling;
[0024] The compressed air pressure is 0.22-0.28Mpa, and its consumption is 16M3 / min;
[0025] The vacuum degree is not lower than -0.07MPa, and its capacity is 2.3-2.5M3 / min;
[0026] The moving speed of the mesh belt of the bottle conveyor is adjusted by a frequency converter, which must meet the production requirements.
Embodiment 2
[0028] On the basis of Example 1, the basic process flow can be divided into eight steps, namely: receiving and loading→vacuum bottle mouth forming→back blowing→prototype flipping→reheating and extension→forward blowing→clamp bottle→ Cooling and conveying of bottles.
[0029] The specific steps are:
[0030] 1. Receiving and loading:
[0031] The material gobs with a certain shape, certain weight and uniform temperature are supplied by the feeder, and the receiving and distributing actions are completed by the material receiving cylinder, and enter the primary mold through the claw bend, the material channel, the straight material pipe, and the material receiving hopper. The upside-down posture of the inner cavity of the blank mold is large and the bottom is small, which is also set for the convenience of loading.
[0032] 2. Vacuum bottle mouth forming:
[0033] Vacuum air can also be understood as a suction force. Before the gob enters the primary mold, the core moves up ...
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