Aluminum alloy lightweight molds have been put into use, boosting the mold-change efficiency of the automated production line by 50%.
Release time:
2025-10-22
A technological breakthrough has been achieved by using high-strength aluminum alloy materials to replace traditional steel in shoe material plastic molds. Through structural topology optimization design, while maintaining the mold’s strength, the weight of each mold set has been reduced from 200 kg to 100 kg—a 50% reduction. Meanwhile, the excellent thermal conductivity of aluminum alloy accelerates the mold’s heating rate by 25%, further shortening the shoe material molding cycle and perfectly meeting the rapid mold-change requirements of automated production lines, thereby significantly boosting production throughput efficiency.
A technological breakthrough has been achieved in shoe material plastic molds by replacing traditional steel with high-strength aluminum alloy materials. Through structural topology optimization design, while maintaining the mold’s strength, the weight of a single mold has been reduced from 200 kg to 100 kg—a 50% reduction. Meanwhile, the excellent thermal conductivity of aluminum alloy accelerates the mold’s heating rate by 25%, further shortening the shoe material molding cycle and perfectly meeting the rapid mold-change requirements of automated production lines, thereby significantly boosting production throughput efficiency.
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