568T Plastic Injection Moulding Machine

Clamping Force Technology

• Reinforced cast iron construction ensures superior platen rigidity and extends mold service life.
• Easy-to-handle and adjust processes can minimize losses and increase precision and stability to the greatest extent"
• enables the turntable to rotate smoothly without impact and position accurately.
• Advanced digital closed-loop positioning control system ensures precise motion accuracy and stable repeatability.
• The turntable is designed to reduce frictional loss, increase the movement reliability, and prolong the life of the turntable.

Modular injection unit combination

• Custom configurations can be achieved through modular injection unit combinations tailored to specific process requirements, supported by adaptable and scalable software functionalities.
• Specially engineered screw designs are available for processing PET, PC, PMMA, PVC, PA, PPS, and other engineering thermoplastics.
• The dual-cylinder balancing injection mechanism enhances the reliability and pressure capacity of the injection unit.
• Featuring self-adaptive temperature control technology, the system achieves static temperature accuracy of up to ±0.4 °C.

• A high-performance and fast-response industrial controller designed for multi-component injection molding machines enables precise and synchronized control of multiple injection units. Through real-time synchronous communication, production data is seamlessly exchanged with the rotary table system, ensuring accurate positioning and stable coordinated operation.
• Remote online production monitoring
• Statistical process control for multiple injection units
• Configuration and tracking of critical motion curves
• Early deceleration and precise positioning control
• Built-in hot runner control expansion capability
• Integrated control of auxiliary equipment systems

• Equipped with a high-precision pressure sensor, rotary encoder, and pressure transducer, the system enables independent monitoring and control of flow and pressure parameters. Based on real-time feedback, the high-performance synchronous servo motor automatically adjusts output flow and pressure by regulating speed and torque. This closed-loop control system ensures stable operation and consistent product quality.
• During the cooling phase, the motor remains inactive, resulting in zero power consumption. Compared with conventional injection molding machines, energy savings of 30%–80% can be achieved.