Horizontal injection molding machine Zeres

servo-hydraulicelectric and hydraulicfully-electric

Overview The Zhafir Zeres Series is an all-electric injection molding machine with integrated hydraulics designed for a wide range of industrial applications. It combines electric drives for primary movements with integrated servo-hydraulic axes where required, delivering flexible process control, reduced energy consumption and compact footprint.

Key capabilities

• Clamping unit: 400–13,800 kN
• Injection volume: 12–5,767 cm3
• Mold platen size: 440×440 – 2150×2050 mm
• Tiebar distance: 320×320 – 1550×1450 mm
• Screw diameter: 16–120 mm
• Controller: Sigmatek, 15 inch multi-touch display
• Ejection speed (motorized): up to 400 mm/s

Generation 5 improvements

• Approx. 10–15% smaller footprint versus previous generation
• Dual-CPU architecture for higher processing power and responsiveness
• Up to 20% faster mold movement
• Motorized ejection speed increased to 400 mm/s
• New 15" multi-touch controller with intuitive UI
• Additional intelligent features developed in-house

Highlights

• Compact design for improved factory space efficiency
• Symmetrical nozzle contact with dual support structure for even force distribution and precise mold movement
• High dynamic performance enabling increased cycle rates
• Open connectivity and flexible integration for automation and MES environments (OPC/UA ready)
• Standard smart functions (HT·XTEND) to optimize production and system potential
• Suitable for a broad range of parts from small components to large molds

Technical specifications

• Series name: Zeres Series (Zhafir)
• Machine type: All-electric with integrated hydraulics
• Clamping force: 400–13,800 kN
• Injection volume: 12–5,767 cm3
• Screw diameter range: 16–120 mm
• Mold platen (W×H): 440×440 – 2150×2050 mm
• Tiebar distance (W×H): 320×320 – 1550×1450 mm
• Ejection speed: up to 400 mm/s (motorized)
• Controller: Sigmatek, 15 inch multi-touch display, dual-CPU architecture
• Generation: Generation 5 (improved CPU performance, faster movements)
• Design benefits: reduced footprint (≈10–15%), higher mold speeds, intelligent in‑house features