BLOW MOLDING

Product Overview

Injection molding, preform conditioning, stretch blowing and bottle take-out are integrated in one machine. The four-station layout transfers the preform between stages without a separate preform-reheating production line.

Applications

Catalogue examples include cosmetic packaging, personal-care bottles, wide-mouth jars and shaped transparent containers. Bottle size and shape must fit the selected cavity configuration.

Single-Stage ISBM Features

• Integrated injection and stretch blow molding supports production from resin to finished containers in one machine.
• Preform and bottle tooling can be matched to the required neck finish, container shape and production target.
• The four-station arrangement includes preform conditioning and pre-blowing before stretch blowing.
• Integrated processing reduces intermediate handling and supports clean container production.
• The catalogue lists PET, PETG, transparent PP, SAN, PC, PS, PMMA and Tritan applications. Confirm resin and tooling for the intended container.
• The equipment is described with both injection blow molding and injection stretch blow molding capability, subject to the selected tooling and process.

The catalogue cites a 45% energy-saving reference for the BPET series. Compare consumption using the intended resin, container, mold and production setup.

Four-Station Process

Technical Specifications

Bottle Size and Mold Cavity Reference

Capacity and cavity count are linked. The largest bottle volume and the maximum number of cavities are separate configurations.

Catalogue reference values. A dash indicates that center-to-center spacing does not apply to the single-cavity configuration. Confirm the final bottle design and mold configuration before ordering.

Typical Production Line

The catalogue layout shows the molding machine with air supply, cooling, mold-temperature control and bottle take-out equipment. Auxiliary equipment is configured for the production line.