Performance Features

• High Precision and High Performance
  It can produce parts with small dimensional tolerances and relatively simple geometries (2D/2.5D), meeting high-precision requirements.
  The products exhibit high density and excellent mechanical properties—such as high strength and corrosion resistance—making them well suited for demanding environments in the automotive, aerospace, and other industries.
• Efficient Production and Energy Conservation & Environmental Protection
  Employing automated conveying systems—such as guide rails and robotic arms—shortens the production cycle, enables a fast takt time, and is well-suited for mass production.
  The servo-hydraulic system delivers energy savings and noise reduction, and, combined with precise flow control, minimizes material waste, aligning with sustainable development goals.
• Process Flexibility and Mold Optimization
  Supports multi-segment pressure/speed control and programmable tilt-angle adjustment (e.g., ±7° rotational injection), meeting the demands of complex processes.
  The mold is designed to withstand high pressure (20–80 MPa) and high temperatures (175–200°C), with a smooth surface that resists chemical corrosion, thereby improving product yield.
• Intelligence and Compatibility
  Integrates with PLCs or computer-based control systems, supports data storage and MES/ERP connectivity, and enables intelligent production management.
  It can be equipped with optional features such as a quick mold‑change system and lateral core‑pulling mechanisms, expanding its range of applications.

Process flow

Mold opening and material removal → Cooling → Curing → (Vacuum extraction) → Heating → Mold closing → Adhesive application → Stacking → Fiber cutting

Auxiliary equipment

• Oil temperature machine
• Chiller
• Cutting machine
• Glue applicator

Optional Add-ons

• Die-changing cart
• Exhaust Gas Collection System
• Space Management System
• Four-corner leveling system
• Comprehensive Process System for Composite Materials