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Used equipment for sale: 45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20

Injection-blow Molders

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 1

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 2

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 3

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 4

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 5

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 6

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 7

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 8

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 9

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 10

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 11

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 12

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 13

45 Ton Battenfeld Injection Molder, Model 45/200/02/08/6/20 – photo 14

Specifications

SKU: 178-1
GSKU: 022025010277
Condition:: Used
Location:: Cleveland, OH
Year of construction:: 1987

More information about the battenfeld-gloucester-45-200-02-08-6-20

Injection-blow molders are machines used in the manufacturing industry to produce hollow plastic products, such as bottles and containers. This process combines two different molding techniques: injection molding and blow molding. Injection molding is the first step in the process, where molten plastic is injected into a mold cavity using a reciprocating screw. The plastic is then cooled and solidified, forming a preform or parison. This preform has a hole or opening at one end, which is where the blow molding process comes into play. The preform is transferred to the blow molding station, where it is clamped into a mold cavity. The mold is then closed, and compressed air is blown into the preform, causing it to expand and take the shape of the mold. The air pressure is maintained until the plastic has cooled and solidified, ensuring the final product retains its shape. Injection-blow molders offer several advantages over other molding techniques. Firstly, they allow for the production of complex shapes and designs with high precision and accuracy. The process also ensures consistent wall thickness throughout the product, resulting in improved strength and durability. Additionally, injection-blow molding is a highly efficient process, with fast cycle times and minimal material waste. However, there are some limitations to injection-blow molders. The process is best suited for small to medium-sized products, as larger items may require a different molding technique. The initial setup and tooling costs can also be relatively high, making it less suitable for low-volume production. Additionally, the process is limited to thermoplastic materials, which can be melted and re-molded multiple times. Overall, injection-blow molders are a versatile and efficient solution for producing hollow plastic products, offering high precision and consistent quality.

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