Product Descriptions
ELETTRYKA Full Electric Injection Molding Machines - Ultra-Precise, Clean and Energy-Efficient Production
Plastic Metal ELETTRYKA series represents a new generation of full electric injection molding machines engineered for high precision, clean production environments and maximum energy efficiency. Combining electric axis control, repeatable motion accuracy and low operational costs, this platform is optimized for medical, electronic, technical and high-precision plastic applications.
ELETTRYKA machines operate entirely with electric motors, without hydraulic systems. This design ensures high speed, reduced maintenance requirements and stable production performance. The full electric architecture provides exceptional cycle stability, micron-level positioning accuracy and low vibration operation, making it ideal for modern high-precision manufacturing facilities.
Wide Tonnage Range and Production Capacity
The ELETTRYKA series is designed to cover a broad spectrum of production needs:
clamping force range: 50 - 1000 tons
servo-controlled multi-axis motion system
high mould compatibility and flexible production infrastructure
optimized platform for thin-wall and technical part manufacturing
Full electric machines deliver maximum performance especially in small and medium-sized precision component production.
Maximum Precision with Full Electric Drive System
The ELETTRYKA platform operates with independent electric motors on all movement axes:
dedicated servo motors for injection, clamping and ejection
micron-level positioning precision
low vibration motion control
stable pressure and speed regulation
This structure ensures consistent part quality in high-tolerance applications while minimizing cycle-to-cycle variations.
Energy Efficiency and Operational Cost Advantages
Full electric injection molding machines consume significantly less energy compared to hydraulic and hybrid systems:
power consumption only when motion is required
elimination of hydraulic oil and cooling requirements
reduced heat generation
lower maintenance costs
The result is a cleaner, more efficient and highly controllable production environment.
Injection Performance and Production Stability
ELETTRYKA machines are optimized for precision and speed:
high injection speeds
closed-loop pressure control
high repeatability
stable shot-to-shot consistency
These features are critical for industries such as medical devices, electronics and optical components where dimensional stability is essential.
Machine Architecture and Mechanical Advantages
linear guide-based motion system
high-rigidity machine frame
low-friction mechanical design
fast mould opening and closing performance
quiet and clean operation
The absence of hydraulic components reduces wear and extends machine lifetime.
Smart Control and Digital Manufacturing Compatibility
ELETTRYKA machines are designed for integration into modern digital production environments:
advanced HMI control interface
process data monitoring and analytics
remote service connectivity
robot and automation integration
Industry 4.0 communication compatibility
This enables full digitalization of the production line and improved operational efficiency.
Application Areas
medical plastic components
electronic and micro parts
optical components
thin-wall packaging products
high-precision technical plastics
consumer electronics components
Advantages of Plastic Metal ELETTRYKA Technology
full electric clamping force range from 50 to 1000 tons
high-precision servo motor control architecture
low energy consumption and reduced operating costs
oil-free clean production environment
high-speed and repeatable cycle performance
low vibration and superior surface quality
automation and robot integration ready
long machine lifetime with minimal maintenance
Plastic Metal ELETTRYKA is not simply an injection molding machine. It is a fully integrated production platform combining precision engineering, energy-efficient operation and digital manufacturing capabilities. It enables manufacturers to achieve consistent product quality, stable process control and sustainable production performance in advanced industrial environments.
