Pattern Assurance

Tool-less patterns made with 3D printing open opportunities to increase foundry business by making investment casting more viable for customers. An alternative to wax and wood, patterns made with Stereolithography technology significantly reduce lead times and eliminate high tooling costs.

With excellent pattern accuracy and repeatability at less expense than conventional methods, 3D printed patterns translate to higher yields during casting. Additionally, design changes can be easily incorporated into production, and gating systems can be proven prior to production tooling being built. Our print method results in patterns 25% lighter than conventional patterns, translating to proportionately less ash and minimized CTE forces during flash firing.

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航空航天和国防领域的应用

A drone constructed with the help of a Stratasys 3D Printer and Composite Tooling

复合材料加工

熔融沉积成型 (FDM) 技术可简化复合零件的制造工作,同时提供无与伦比的设计自由。只需短短数天,即可生产出耐高温且具有成本效益的工具。 Read More

 jigs and fixtures examples made with a Stratasys 3D Printer

夹具和治具

3D 打印设计的灵活性可帮助您针对特定任务、组件、个人或设备,优化夹具、�具及其他制造辅助用具,而不会提高成本或延长生产时间。

生产零件

满足小批量生产定制零件的需求无需延时和加工费用,即可在内部生产耐用、稳定且可重复的复杂几何结构零件。

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Investment Casting Design Guidelines

Take advantage of the design freedom of 3D printed investment casting patterns.

Take advantage of the design freedom of 3D printed investment casting patterns.

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3D Printed Investment Casting Pattern for PAC 12 Trophy

Archive Held Studio uses 3D printed investment casting pattern for PAC 12 championship trophy

Archive Held Studio uses 3D printed investment casting pattern for PAC 12 championship trophy

Read the Case Study

3D Printing and Foundries

More than 20 years with experience has led us to develop key solutions for our foundry customers.

More than 20 years with experience has led us to develop key solutions for our foundry customers.

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