Optimized for high-volume mass production of enamel badge and lapel pin base blanks, this 88-ton hot chamber die casting machine ensures exceptional surface flatness, consistent wall thickness and zero porosity defects, which are critical for achieving smooth, even enamel filling and high finishing yield.
Its newly reinforced frame structure, combined with high-strength tie bars, enlarged steel pins and thickened platens, significantly enhances overall machine rigidity and load-bearing performance. This heavy-duty construction delivers superior impact resistance and load stability under high-pressure casting conditions, minimizing mechanical deformation over long production runs. For enamel badge manufacturing, this translates to consistently flat blank surfaces, controlled flash and stable dimensional accuracy, which directly reduces enamel bleeding, uneven coating and rework rates downstream.
Control is managed by a German PLC system with an intuitive color touch screen HMI that provides complete digital oversight of injection speed, pressure and all critical process variables. Production parameters can be saved in recipes and recalled with one click, ensuring consistent process performance shift after shift and excellent batch-to-batch uniformity for bulk enamel badge orders. The built-in fault display function enables quick diagnosis of electrical issues, minimizing unplanned downtime. Closed-loop control technology delivers precise injection speed regulation, ensuring even filling across every badge blank and eliminating internal porosity that would cause enamel adhesion failure.
The dual-proportional hydraulic system enables smooth multi-stage injection filling and gentle low-pressure mold clamping, and is fitted exclusively with high-quality European or Japanese oil seals for dependable, leak-free operation during long continuous production runs. The hydraulic die height adjustment system enables fast, convenient mold setup and changeover, reducing downtime between product runs. An integrated automatic pressure relief energy-saving system effectively reduces operational energy consumption and lowers per-unit production costs for mass-produced enamel badges.
The clamping unit with precision die height adjustment guarantees uniform clamping stress across the mold platen and highly accurate mold positioning, while the injection system with high-flow valves and a precision piston accumulator delivers consistent shot volume and velocity for various sizes of multi-cavity enamel badge molds. Built with a rugged, stress-relieved machine body and an efficient oil cooling system, the machine is engineered for a service life of 15 to 20 years under continuous multi-shift production. An optional mold sweeping robotic arm is available for further efficiency improvement.
