The FORZA Two-Platen Energy-Saving Servo Injection Molding Machine series is engineered for manufacturers producing large, structurally demanding plastic parts at scale. Unlike traditional three-platen designs, the two-platen architecture removes tie-bars from the immediate mold area through a non-contact tie bar system, which eliminates friction-related wear and keeps the mold environment free of mechanical contamination — a critical advantage for high-precision automotive and appliance components.

FORZA spans a clamping force range from 4,500 kN (FA450) to 60,000 kN (FA6000), making it suitable for everything from mid-size structural components to giga-scale industrial parts. The series is built around a short-stroke cylinder design that combines extreme clamping force with a quick pressure build-up phase, significantly reducing total power consumption during operation — an important factor for manufacturers running multiple shifts.

Every FORZA machine is equipped with the European Keba 2000 control system as standard, featuring a 12-inch industrial interface panel with 10-stage velocity and pressure programming, 10-stage holding steps, and 5-stage backpressure monitoring. For manufacturers scaling toward higher automation, the series is field-upgradable to the Keba 5000 or Keba 8000 systems with 15-inch or full 21-inch multi-touch panels, and supports standard Euromap interfaces (13, 14, 18, 62, 67, 70, 71) for seamless integration with robotic and auxiliary automation equipment.

FORZA machines are widely deployed across automotive manufacturing (bumpers, dashboards, interior door panels, structural components), home appliances (washing machine drums, refrigerator linings, air conditioner casings), logistics and material handling (industrial pallets, storage crates, reusable containers), sanitation equipment (industrial trash cans, public waste bins), and infrastructure applications (large-diameter pipe fittings).