I. Product Overview: Empowering Efficient Production with Customized Solutions Custom molds are core production tools designed and precision-manufactured exclusively based on customers' product design drawings, production process requirements, capacity planning, and material characteristics. They are widely used in manufacturing fields such as injection molding, stamping, die-casting, and extrusion. Unlike standardized molds that focus on "universal adaptation", our custom molds follow a "one-on-one" service logic throughout the entire process from demand analysis to final delivery. By optimizing mold cavity structure, cooling systems, ejection mechanisms, and material selection, we ensure our custom molds possess three core attributes: high adaptability, high production efficiency, and long service life. This helps customers achieve rapid product mass production, stable and controllable quality, and optimized production costs. II. Core Advantages: Solving Traditional Mold Pain Points and Creating Customized Value Traditional standardized molds often face issues such as "poor adaptability, low production efficiency, and easy wear". Our custom molds, however, have undergone full-link upgrades in design, manufacturing, and service, delivering five irreplaceable advantages: Advantage Dimension Traditional Standardized Molds Our Custom Molds Product Adaptability Fixed cavity and structure, only supporting single or a few similar products; unable to meet the needs of complex/special-shaped products Fully customized according to customers' product drawings, adapting to various complex structures such as special-shaped parts, thin-walled parts, and high-precision parts, with an adaptability rate of 100% Production Efficiency Generic design of cooling/exhaust systems, prone to uneven product cooling and long molding cycles (≥60s/piece) Optimized cooling channel layout (e.g., conformal cooling) and enhanced exhaust structure, shortening molding cycles by 20%-40% (minimum down to 15s/piece) Mold Service Life Made of ordinary steel (e.g., S50C) with poor wear resistance and short service life (≤50,000 cycles) High-quality materials such as H13 hot-work die steel and S136 corrosion-resistant steel are selected as needed, combined with surface nitriding/chromium plating treatment, extending service life to 300,000-1,000,000 cycles Product Qualification Rate Low dimensional accuracy (±0.1mm), prone to defects like flash and sink marks, with a qualification rate of ≤95% Precision machining accuracy up to ±0.005mm, optimized cavity finish (Ra≤0.8μm), and stable product qualification rate above 99.5% Post-Maintenance High structural universality, difficult fault diagnosis, and high maintenance costs (accounting for over 15% of mold costs) Exclusive maintenance windows reserved, detailed maintenance manuals provided, and maintenance costs reduced to less than 5% of mold costs