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How to Improve 3D-Printed Conformal-Cooled Mold Insert Performance

机译:如何提高3D印刷的保形冷却模具插入性能

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摘要

3D-printed molds with conformal cooling channels yield more efficient heat transfer, but the geometrically intricate channels may increase the likelihood of scaling. Scaling decreases flow and worsens the integrity of the cooling channel walls, which leads to leaking. Maintenance solutions for eliminating scaling and corrosion range from cooling channels flushing with aggressive cleaning media that can damage the mold, to gentler ultrasonic cleaning that may be ineffective. Shops also opt to fix leaking cooling channels, which has high costs and downtime, and, in many cases, is not possible.
机译:3D印刷模具具有保形冷却通道产生更有效的传热,但几何错综复杂的通道可能会增加缩放的可能性。 缩放减小流量并使冷却通道壁的完整性产生,这导致泄漏。 用于消除缩放和腐蚀范围的维护解决方案从冷却通道冲洗,与可能损坏模具的侵蚀性清洁介质,更加可能是无效的温和式超声波清洗。 商店还选择修复泄漏的冷却通道,具有高成本和停机,并且在许多情况下,不可能。

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