FF Series Electric Injection Molding Machine
by Yizumi represents cutting-edge technology designed for precision, efficiency, and automation in modern manufacturing. With clamping forces ranging from 90T to 1380T, this series is engineered to meet the demands of high-performance production across industries such as automotive, medical, home appliances, and electronics. Combining Japanese-quality standards with cost-effective solutions, the FF Series ensures superior stability, energy savings, and intelligent control—making it an ideal choice for manufacturers seeking reliability and advanced functionality.
Technical Highlights
Clamping Unit
Tie-Bar Free (TBF) Technology: Ensures smooth mold movement, reduces energy consumption, and minimizes maintenance.
High-Rigidity Platen Design: Provides uniform force distribution for precision molding (platen parallelism: ±0.02mm under load).
Linear Rail System: Delivers fast, stable mold opening/closing with ±0.03mm repeatability.
Dual-Cylinder Ejection: Uniform force application with 0.2mm position accuracy (optional servo motor drive).
SMART Mold Protection: Detects micro-level obstructions to prevent damage.
Fast Dry Cycle: Up to 50% faster mold operation compared to conventional machines.
Injection Unit
Linear Guide Support (LGS) Technology: Reduces friction for smoother injection and longer component life.
Dedicated Screws & Barrels: Optimized for different materials (screw diameters: Ø22–Ø116mm).
Closed-Loop Control:
Temperature accuracy: ±0.5°C
Injection pressure stability: ±0.1MPa
Back pressure repeatability: ±1bar
High-Speed Injection: Up to 800mm/s (model-dependent), doubling conventional machine speeds.
Multi-Stage Plasticizing: Ensures consistent melt quality for complex parts.
Electrical Control System
- KEBA2000 European Controller: Advanced HMI with multi-language support (Chinese/English) and 500-hour operation memory.
- Servo Direct Control (SDC) Technology:
- Independent control of 4 servo motors (injection, plasticizing, clamping, ejection).
- Faster response and ±0.05mm injection repeatability.