Injection blow molding schematic

Figure 14.3 Schematic diagram of injection blow molding ...

Fig. 14.18 Schematic of the three-position injection blow-molding rotary machine. The third position is easily accessible for removing the blow-molded article. [Reprinted by permission from Modem Plastics Encyclopedia, Vol. 53, McGraw-Hill, New York, 1976-1977.]...

Figure 8.10 Schematic of injection blow mold with a solid handle (left) and simple handles (ring, strap, etc.) can be molded with blow molded bottles...

Schematic of injection blow mold with a solid handle... 

FIGURE 14-64 Schematic diagram of the sequence of events that occurs in injection blow molding. 

Injection blow molding injects molten or thermally softened polymers into one or more heated preform cavities around a given core pin (Fig. 9-5). The preform mold is then opened. Heated polymer is then moved by using the core pin to the blow-mold station, where it is inflated and then ejected. Figure 9-8 is a schematic of a three-station unit. The injection blow-molding cycle is shown in Fig. 9-9. 

Figure 7-64. A schematic of stretch injection blow molding.

Fig. 14.20 Schematic representation of the injection stretch blow-molding process. Step (1) producing preforms may be carried out in different location from the stretch blow molding process. [Reprinted by permission from Schmidt et al., Experimental Study and Numerical Simulation of the Injection Stretch/Blow Molding Process, Polym. Eng. Sci., 38, 1399 (1998).]...

Fig. 14.21 Schematic representation of the crystallization behavior of PET relative to the stretch blow molding process. [J. S. Schaul, Drying and Injection Molding PET for Beverage Bottle Preform, SPE ANTEC Tech. Papers, 26, 534 (1980).]...

Figure 8-4. Schematic of three-station blow-molding machine (McCrum, Buckley, and Bucknall 1997, courtesy of Oxford University Press). Station 1 injection molding of parison station 2 blow molding of bottle station 3 ejection of bottle.

Figure 4.47 Schematic representation of the injection stretch blow-molding process [147].

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