In today’s increasingly competitive global shoe mold manufacturing industry, companies are competing on production efficiency, precision, and localized services, with the market landscape evolving rapidly. DTSS equipment supplier Huashu High-Tech has achieved industry-leading production efficiency with the same laser configuration through its mature industrial solutions, providing high-quality and stable mass production capabilities for industrial users and driving continuous growth in metal 3D printing equipment installations.
Currently, Huashu High-Tech’s metal additive manufacturing equipment covers major shoe mold production bases worldwide, including the United States, Southeast Asia, South Korea, the Shenzhen Greater Bay Area, and Fujian Province, with a cumulative installation of over 100 units. Through hardware-software collaborative innovation, the company has upgraded shoe mold production efficiency and empowered the transformation and upgrading of traditional shoe mold manufacturing.
Deeply Rooted in the Shoe Mold Market with Over 100 Installations
With years of experience in the metal 3D printing shoe mold market, Huashu High-Tech has excelled in fierce competition through its deep understanding of industry needs, technological innovation, and outstanding software and process advantages. The company has established localized service networks in overseas markets such as Indonesia and Vietnam, with installations exceeding 100 units, becoming an important partner for shoe mold enterprises worldwide in their transformation and upgrading.
Process Optimization Solves Difficulties and Shortens Cycles to Activate Capacity
Through continuous process iteration, Huashu High-Tech has not only overcome the three core challenges in shoe mold manufacturing—low-angle forming difficulties, poor surface quality, and low pattern precision—but has also significantly improved production efficiency for customers.
Ultra-Low Angle Forming Breakthrough:
Through process optimization, an EVA shoe mold has achieved local ultra-low angle forming of 8°, breaking the conventional 45° limit and solving the problems of rough surfaces and edge warping at low angles, eliminating the need for manual support removal. For RB shoe molds with extreme 1.5° angle requirements, parameter optimization has eliminated stacked step defects and reduced manual post-processing costs.
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