Controllable Energy Consumption and Good Mold Compatibility with IBM Injection Blow Molding Machine

A. High degree of automation: Automatic feeding, molding, demoulding and other processes can be realized, reducing manual intervention. • Stable production cycle: The processes are closely connected, and the single-mold production time fluctuates little, which is conducive to stable batch production. • High product precision: The parameters such as bottle mouth size and wall thickness are precisely controlled, and the error can be controlled within a small range. • Suitable for aseptic production: Easy to integrate clean systems to meet the aseptic requirements of the pharmaceutical, food and other industries. • Less post-processing: One-time molding reduces trimming and other processes, saving manpower and time costs.

B. Relatively controllable energy consumption: The integrated design reduces the energy loss of material transfer between processes, and precise control of parameters can avoid energy waste.
Good mold compatibility: The same equipment can produce products of different specifications (such as capacity and shape) by replacing different molds, which is more flexible.
Friendly operation interface: It is often equipped with a visual operation screen, and the parameter setting is intuitive, which is easy for novices to use and reduces training costs.
Low failure rate: The key components (such as hydraulic systems and transmission mechanisms) are maturely designed, and they are highly stable and reduce downtime if properly maintained.
Adapt to small batch customization: The mold changing speed is fast, which is suitable for customized production needs of multiple varieties and small batches.

Controllable Energy Consumption and Good Mold Compatibility with IBM Injection Blow Molding Machine Images