New Series of Flexible High-Speed Blow Molders
The APF-Max PET reheat stretch blow molding machines have an output range of 6000 to 14,000 bph for containers from 0.2 – 3.0 L.
has brought to market its fourth generation of PET reheat stretch-blow molding machines, called APF-Max, with an output range of 6000 to 14,000 bph for containers from 0.2 – 3.0 L. The product range consists of three basic models: APF-Max 4, APF-Max 6, APF-Max 8. The machines are all-electric with a B&R PLC control. The company is based in Austria and manufactures machines in Ukraine.
Purported benefits include quick change and flexibility. The APF-Max series has 4, 6, or 8 cavities, and a machine originally purchased for 7000 bph can later be modified for up to 14,000 bph by installing extra ovens and mold cavities. Mold cavities can be added or removed individually, and the company says 15 minutes are enough to change the blow mold and start to produce another bottle format. All 108 collets in the oven can be replaced in 15 minutes. And customers report that only 2 hr are needed for changeover to another preform neck standard.
In addition, the machine has a near-infrared (NIR) heating system and low total installed power. APF-Max is equipped with a special short-wave NIR heating system. Although not a common heating method for PET blow molding machines, the company says it makes preform heating more efficient and consumes less power. The oven itself is significantly shorter than on other machines, making for a more compact footprint.
Related Content
-
First Water Bottles With Ultrathin Glass Coating
Long used for sensitive juices and carbonated soft drinks, KHS Freshsafe PET Plasmax vapor-deposited glass coating is now providing freshness and flavor protection for PET mineral water bottles.
-
Breaking News From NPE2024
Here is a firsthand report of news in injection molding, extrusion, blow molding and recycling not previously covered.
-
How to Extrusion Blow Mold PHA/PLA Blends
You need to pay attention to the inherent characteristics of biopolymers PHA/PLA materials when setting process parameters to realize better and more consistent outcomes.