2004 Arburg 570 120H 570 Arburg 570 120H, Motan, Helios Oktomat, Zubehor all line 2003 – 2016 package. Removal gripper andamp; cooling tunnel Drying andamp; material handling cooling polar bear Cooling Landamp;       https://www.arburg.com/en/      Arburg ALLROUNDER 820 E, Arburg ALLROUNDER 1120 E, Arburg ALLROUNDER 520 C, Arburg ALLROUNDER 370 C, Arburg ALLROUNDER 920 E, Arburg ALLROUNDER 920 C, Arburg ALLROUNDER 470 C, Arburg ALLROUNDER 470 S, Arburg ALLROUNDER 420 C.     Arburg ALLROUNDER 820 E The ALLROUNDER 820 E is a high-performance all-electric injection molding machine. It features servo-electric drives that offer precision, energy efficiency, and repeatability. Ideal for manufacturing small to medium-sized high-precision components, it is widely used in medical technology, electronics, and automotive sectors. Its compact design ensures a small footprint while maintaining high productivity.   Arburg ALLROUNDER 1120 E The ALLROUNDER 1120 E is a larger all-electric machine designed for demanding applications requiring high clamping forces and precision. With advanced electric drives and intelligent control technology, it provides excellent energy savings and reduced cycle times. Suitable for molding larger parts with intricate details, it's common in automotive, packaging, and consumer goods industries.   Arburg ALLROUNDER 520 C This is a hydraulic hybrid injection molding machine combining electric drive technology with hydraulic power for optimal performance and energy savings. The 520 C is versatile and well-suited for complex molds and medium-sized components, offering high reliability and consistent quality in production.   Arburg ALLROUNDER 370 C A compact hydraulic injection molding machine, the 370 C model balances performance with cost-efficiency. It is commonly used for precision molding tasks with smaller part sizes, suitable for sectors like medical, packaging, and technical components.   Arburg ALLROUNDER 920 E The ALLROUNDER 920 E is an all-electric, high-end injection molding machine designed for precision and high throughput. It integrates advanced servo-electric drives, ensuring energy-efficient operation and minimal noise. Perfect for producing complex components with tight tolerances in the medical, automotive, and electronics industries.