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The downstream die-casting market is currently undergoing structural changes. In addition to large-volume structural parts for new energy vehicles, demand in fields such as power tools, energy storage components, smart home, and special equipment parts is

The die-casting industry is rapidly evolving toward larger, thinner-walled, and more complex parts. As casting structures become increasingly complex, the traditional experience-based mold design model can no longer meet the requirements of stable large-v

Lightweighting has become a clear development direction in the equipment manufacturing industry. With material characteristics such as lower density, high specific strength, and excellent damping performance, magnesium alloys are continuously expanding th

As downstream components iterate increasingly quickly, traditional die-casting mold development, operation, and maintenance models relying on drawings and manual records can no longer meet the industry's needs for efficient development and stable mass pro

Ningbo, July 31, 2026 – Ningbo Xianli Mold Co., Ltd. (hereinafter referred to as "Xianli Mold") today announced the completion of a comprehensive digital upgrade and the official introduction of artificial intelligence (AI) technology across the

Die-casting molds are subjected to long-term erosion by high-temperature molten metal and alternating thermal cycles. Thermal fatigue cracking, molten aluminum sticking, and cavity erosion wear are the core pain points restricting mold life. Faced with