1.Precision Molding Performance: Outfitted with a MOOG wall thickness control system, the machine ensures uniform wall thickness across every float component. This efficiently eradicates local thin sections or over-thickness blemishes that might undermine buoyancy functionality and structural robustness. Moreover, core process parameters like injection stroke and blow molding time boast high-precision full programmability, enabling the fabrication of various float profiles—such as circular, elliptical, and custom irregular float tubes.

2.High-Efficiency Production Performance: The dual-station configuration enables alternating production cycles, which substantially elevates overall production output. The bottom blowing assembly is equipped with a two-stage lifting and expanding mechanism, tailor-engineered to meet the molding demands of floats with special structural specifications. Automated product handling via a dedicated robotic arm minimizes manual involvement, reduces product damage ratios, and shortens the total molding cycle duration.

3.Intelligent Control Performance: The system is built-in with a Mitsubishi PLC control unit paired with a touchscreen HMI (human-machine interface), delivering real-time operational condition display and automatic fault warning notifications. All process parameters can be stored in the system for on-demand access, optimizing production switchovers and supporting sustained process refinement.

4.Flexible Adaptability: Critical components including the die head and blow needle allow for flexible configuration and adjustment, empowering the machine to produce floats of different sizes and layer structures. It is also compatible with an extensive range of raw materials (including HDPE), effectively meeting the industry’s rigorous criteria for float corrosion resistance and anti-aging durability.