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首页> 外文期刊>Casting Plant and Technology International >The future of light metal die-casting foundries: Cost and resource-efficient die casting from the point of view of a machine manufacturer
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The future of light metal die-casting foundries: Cost and resource-efficient die casting from the point of view of a machine manufacturer

机译：轻金属压铸铸造厂的未来：从机器制造商的角度来看，成本和资源节约型压铸

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They need to have thinner walls and be even lighter; they are more complex to develop and more functional in their application and still be produced in a way that saves resources and reduces costs: these are the demands placed on castings for automobile construction. This is the challenge for modern and future die casting: larger, more complex structural components made of aluminum and magnesium replacing costly multi-part structures while placing new requirements on die casting technology. Nowadays, real-time con- trolled die casting systems already guarantee reproducible results and parts of the highest quality. This is the basic prerequisite for the integration of additional functions and for further development of die casting to create components with greater flexibility in design while using the minimum of materials and energy. Increasing productivity and quality is crucial to maintaining long-term competitiveness in the die casting technology. The new opportunities and associated new challenges are discussed below.
机译：他们需要有更薄的墙壁，甚至还要更轻。它们的开发更加复杂且在其应用中更具功能性，并且仍以节省资源和降低成本的方式进行生产：这是对汽车制造铸件的要求。这是现代和未来压铸的挑战：由铝和镁制成的更大，更复杂的结构部件替代了昂贵的多部件结构，同时对压铸技术提出了新的要求。如今，实时控制压铸系统已经保证了可重复的结果和最高质量的零件。这是集成附加功能和压铸的进一步发展的基本先决条件，以便在使用最少的材料和能源的情况下创建具有更大设计灵活性的组件。提高生产率和质量对于保持压铸技术的长期竞争力至关重要。下面讨论了新的机遇和相关的新挑战。

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