Thanks to plastic injection blow molding (IBM), manufacturers can make billions of plastic containers every year. With incredible versatility and optimum precision, multiple industries rely on this process for their products. To better understand just how vital this process is, consider some of the benefits of IBM listed below. Continue reading
Injection blow molding is one of three manufacturing processes used to form hollow plastic into viable finished products. In the injection blow molding process, a manufacturer produces a large quantity of hollow bottles, jars, and a host of other narrow and wide-mounted products. In this case, polymer gets injected onto a core pin, which then rotates to a blow molding station. There, the mold gets inflated and cooled.
Product manufacturers that are familiar with blow molding manufacturing processes understand the many benefits and applications of blow molding. But for those who aren’t aware of how to make the best of the blow molding process or capitalize on the methods, the following information will be of value.
Injection Blow Molding (IBM) refers to the manufacturing process whereby hollow plastic products such as bottles and other containers are formed. Injection Blow Molding Machinery – and the products this manufacturing method produces – has become virtually indispensable across many industries, and Injection Blow Molding yields multiple benefits to manufacturers and consumers alike.
- Injection Blow Molding (IBM)
- Extrusion Blow Molding (EBM)
- Injection Stretch Blow Molding (ISBM)
- Reheat Stretch Blow Molding (RHSB)
These terms are used on a daily basis in the plastic blow molding machine business. They can be very confusing to blow molding machinery users.