The turntable features industry-leading technology with dual neutron devices and a mold cooling system that prevents contact with the mold plate during rotation, minimizing wear and avoiding malfunctions. The injection molding system conducts a self-check after rotation before clamping, ensuring mold safety. This design includes a patented, precision rotary positioning system and clamping fixtures operated by an energy-efficient servo system, resulting in stable and precise molding.

Fitted with high-performance servo motors, this system can reduce energy consumption by 30%-70%.

The injection molding system includes extended sliders and large adjustment screws that improve the guidance of the moving platen. This allows for adjustments based on the mold's size and weight, preventing the rotary table from sagging and ensuring precise mold alignment.

The injection unit significantly reduces cycle times by combining two independent material tubes that operate synchronously. Made from specially treated foreign alloy steel, these components resist corrosion, wear, and high temperatures. The PID temperature control system includes features such as cold-start prevention for the screw, wire break detection, and maintains temperature variations within ±1°C.

Utilizing PRO/ENGINEER CAD for its clamping system, the design features a wide platen, enlarged clamp stroke, and generous tie bar spacing for highly versatile usage.

Main oil circuits are laid out in a straight line, minimizing pressure loss for a more efficient and visually appealing system. This also simplifies installation and maintenance.

Equipped with a dedicated network injection molding machine control system, it features a user-friendly interface, ultra-fast system response up to 1ms, enhanced precision, convenient operation, and excellent expandability.

Servo motor control for the rotary table increases rotation speed by 30%-50%, shortening cycle time. It provides fast, stable speed switching and precise positioning.