CLAMPING UNIT

• The mold clamping mechanism operates swiftly and smoothly, combined with a short-stroke rapid clamping design, which significantly reduces cycle time and effectively improves production efficiency.
• The use of high rigid two-plate sliding block and multi-directional guiding mechanisms ensures stable compatibility with heavy mold installations, maintaining exceptional long-term precision in moving platen motion.
• The machine features a compact and well-designed structure that reduces its overall dimensions while achieving greater distance between tie-bars, longer mold opening stroke, and wider mold height.
• Intelligent mold opening and closing system with synchronized brake structure ensures smooth and rapid mold operations, effectively shortening the dry cycle time.

INJECTION UNIT

• Equipped with a specialized long L/D ratio high-mixing screw for barrels, it ensures fast feeding and more uniform plasticization, significantly shortening the molding cycle.
• Utilizing a new barrel cooling structure and removable infrared heating rings, delivering excellent heating and insulation performance while further optimizing overall energy consumption.
• Standard electric material storage device enhances plasticization speed and quality while comprehensively improving the overall energy efficiency of the machine.
• Combined with a linear guide support structure, it effectively reduces friction resistance during movement, significantly improves injection precision, and simultaneously enhances plasticizing efficiency.

HYDRAULIC UNIT

• Equipped with a dedicated servo power system for injection molding machines, integrating high-torque servo motors that deliver both high efficiency and energy savings alongside low-noise and stable operation.
• Features an independent hydraulic oil filtration system with high filtration precision and excellent cooling performance, ensuring long-term protection for hydraulic valves and sealing components while further enhancing machine operational stability.
• The optimized hydraulic system design creates an improved operating environment for the oil circuits. This enables rapid system response, robust overload capacity, and significantly reduced energy loss during processes.
• Combined with a linear guide support structure, it effectively reduces friction resistance during movement, significantly improves injection precision, and simultaneously enhances plasticizing efficiency.

ELECTRONIC CONTROL UNIT

• Integrated with high response proportional valves and intelligent control technology, it ensures fast mold opening and closing speeds and high repeat positioning accuracy.
• The optimized heating circuit design, equipped with a barrel temperature self-optimization heating function, achieving higher temperature control accuracy.
• Equipped with a 12-inch LCD color screen featuring an intuitive human-computer interface with scientifically organized layout, and supporting multi-touch operation for enhanced convenience and efficiency.
• Featuring intelligent mold opening and closing algorithms, it supports multi‑language switching and is capable of recording and storing process parameters and alarm data for easy production traceability and management.