ARBURG at Plastpol 2025

At Plastpol (Hall E, Booth E30) in Kielce from May 20 to 23, 2025, ARBURG will showcase an electric ALLROUNDER 570 A and a hybrid ALLROUNDER 470 H, demonstrating efficient and cost-effective injection molding production while supplying the appropriate automation from a single source. In addition, a TiQ 2 3D printer will demonstrate the additive manufacturing of operating materials and robotic grippers. ARBURG experts will be on hand to explain how customers can further increase the efficiency of their production processes using digital services such as the ALS host computer system and the arburgXworld customer portal.

Drinking cups produced by an electric ALLROUNDER

At Plastpol 2025, the production of high-quality drinking cups made of transparent PC will be presented as a sensible and sustainable alternative to glass and disposable items. An electric ALLROUNDER 570 A will be producing 0.5-liter cups in a cycle time of around 60 seconds. The exhibit will feature an array of assistance functions to ensure high production efficiency and part quality. Handling will be performed by a MULTILIFT SELECT 6 linear robotic system. Outside the production cell, a collaborative robot (cobot) will place a small gift in each cup and hand them out to the trade show visitors.
To the electric machines

Spinning tops produced by a hybrid ALLROUNDER

The second injection molding machine on display at Plastpol will be a hybrid ALLROUNDER 470 H "Premium," which will produce spinning tops made of PP as giveaways for the trade show visitors in a cycle time of around 62 seconds. A MULTILIFT SELECT 8 linear robotic system will handle the molded parts.
To the hybrid machines

TiQ 2 for getting started with additive manufacturing

In Kielce, a TiQ 2 filament printer for personalized series production will demonstrate the 3D printing of end-of-arm tooling (EOAT), devices and other operating materials. The entry-level device is particularly suitable for daily use in industrial and injection molding environments and uses fused filament fabrication (FFF) to turn fiber-reinforced filaments into resilient suction grippers and mechanical grippers, for example.
To additive manufacturing

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