Injection Molding: Arburg Introduces Its Largest Packaging Machine Ever
The hybrid press features 660 tons of clamp force, 40 inches between its tiebars and shot weights up to 148 ounces.
Arburg reports that the hybrid Allrounder 1020 H Packaging machine, with 660 tons of clamp force and 40 inches between its tiebars, is the largest the company has ever built that’s specifically designed for packaging applications. Unveiled at K 2019 (read more in the September 2019 K Preview), Arburg says the hybrid machine, with an electric clamp and hydraulic-accumulator injection, is suited for both high-cavitation molds or larger containers with volumes of up to 8 gallons. A barrier screw ensures homogeneous melt preparation and a high material throughput.
The new size 7000 injection unit has a maximum shot weight of around 4200 grams (148 ounces) in (PS). Shot building occurs concurrently with other machine operations via a servo-electric dosing drive. Hydraulic accumulators increase injection speed, with screw speed and position actively controlled throughout the cycle. Active acceleration and deceleration enable fast injection times, and injection can be started simultaneously with mold close.
At K 2019, the Allrounder 1020 H molded round thin-walled PP cups with a weight of 13 grams from an 8+8-cavity stack mold in a cycle time of 4.3 seconds.
Related Content
-
What to Look for in High-Speed Automation for Pipette Production
Automation is a must-have for molders of pipettes. Make sure your supplier provides assurances of throughput and output, manpower utilization, floor space consumption and payback period.
-
PHA Compound Molded into “World’s First” Biodegradable Bottle Closures
Beyond Plastic and partners have created a certified biodegradable PHA compound that can be injection molded into 38-mm closures in a sub 6-second cycle from a multicavity hot runner tool.
-
‘Monomaterial’ Trend in Packaging and Beyond Will Only Thrive
In terms of sustainability measures, monomaterial structures are already making good headway and will evolve even further.