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3D打印鑄造模型

CZH 以蠟材噴射技術將生產時間由數日縮短至數小時

3D 打印鑄造模型,正協助 ZCZH 以完全數碼化流程,取代傳統工模及人手蠟模製作,實現精密鑄造工藝現代化。公司的噴蠟系統,採用 Xaar Nitrox 噴頭,直接根據 3D 設計數據精準噴塗蠟材料。持續的流體循環及受控液滴投放,有助在複雜幾何結構上維持精準度,而高黏度處理能力則支援可靠的工業生產。此方法可將生產週期由數日縮短至數小時,並實現小批量及高精細組件的免工模製造。

對製造商而言,數碼噴蠟技術可減少對高成本工模的依賴,同時加快設計變更及產品迭代的實施速度。此靈活性有望惠及航天航空、汽車、醫療器械及工業設備等生產專門組件的企業。此技術亦展示出積層製造如何能超越原型製作階段,於既有的工業鑄造工作流程中,支援可重複、可規模化的生產模式。

英文原文

3D-printed casting patterns are helping ZCZH modernize investment casting by replacing traditional tooling and manual wax pattern production with a fully digital process. The company’s wax-jetting system uses Xaar Nitrox printheads to precisely deposit wax materials directly from 3D design data. Continuous fluid recirculation and controlled droplet placement help maintain accuracy across complex geometries, while high-viscosity capabilities support reliable industrial production. The approach reduces production cycles from days to hours and enables tool-free manufacturing for small batches and highly detailed components.

For manufacturers, digital wax jetting can reduce dependence on costly tooling while making design changes and product iterations faster to implement. This flexibility could benefit aerospace, automotive, medical device and industrial equipment companies producing specialized components. The technology also demonstrates how additive manufacturing can move beyond prototyping and support repeatable, scalable production within established industrial casting workflows.

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3D打印鑄造模型
來源
Trend Hunter
發布
2026-08-10
品類
Inventions
出處
3dprint, xaar

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