Two-color injection molding machine HXS400 VS traditional single-color machine, what are the advantages of two-color injection molding machine?

1. HXS400-HXS two-color injection molding machine can realize synchronous or alternating injection technology to optimize the production process
The HXS400 two-color injection molding machine is equipped with two injection components, the main and the auxiliary, and the two screws are controlled by a computer for synchronous or alternating injection, so as to obtain brightly colored plastic products. This design allows the injection of two materials in one molding cycle, while the traditional single-color machine needs to be completed in two independent times, and the mold needs to be reopened, the material needs to be changed, and the parameters need to be adjusted. The multi-stage injection pressure and speed of the two-color injection molding machine can be precisely adjusted to reduce the downtime caused by parameter switching, and the overall production efficiency is effectively improved.
2. The turntable rotation system shortens the mold switching time
The HXS400 adopts a turntable system that cooperates with high-performance needle bearings and hydraulic positioning pins, supports 180° rapid rotation positioning, and the turntable has no contact with the moving platen, which reduces wear and extends the service life of the product. Traditional single-color machines require manual mold replacement or robot operation, which is time-consuming and inefficient.
3. Automation and intelligent control
PID temperature control system: The product realizes closed-loop temperature control inside, reducing the debugging time caused by melt temperature fluctuations.
Electronic ruler and pressure feedback: Real-time monitoring of injection position and pressure, automatic compensation of parameter deviation, reducing the number of mold trials, and achieving precise injection.
Robot interface support: The machine and the automatic pickup system are seamlessly connected to reduce manual pickup and placement time.
4. Optimization of maintenance and energy consumption management
Independent oil circuit design: Two sets of proportional valve oil circuits control the injection and ejection systems respectively, reducing the hydraulic response time and reducing energy consumption by 20% compared with traditional single-color machines.
Centralized lubrication system: Automatic lubrication of key mechanical components, reducing the frequency of manual maintenance, and significantly reducing maintenance time.