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Applications » Ceramic » Investment Casting

Investment Casting

Enhance manufacturing precision and increase efficiency in investment casting with advanced 3D printing

Investment casting, especially for complex ceramic foundry cores like those used in turbine blades, is revolutionized with CERAM PRO ceramic 3D printers by Prodways. Traditionally, core production was labor-intensive and time-consuming, involving manual assembly. 3D printing streamlines this by directly printing intricate, porous cores in one step, reducing labor costs, minimizing waste, and improving precision.

This technology accelerates development cycles, shortens lead times, and offers greater flexibility in adapting core designs, all while lowering production costs and enhancing overall efficiency.

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Reduce costs and time: Direct 3D printing eliminates tooling and wax assembly.

Expand design possibilities: Create intricate geometries like turbine blades and cooling channels.

Optimize production: Enable small, custom runs of high-performance parts on demand.

Prototypes and Small Series
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Achieve Superior Precision with DLP Ceramic 3D Printing

DLP technology enables high-precision ceramic molds and cores for investment casting using photopolymer ceramic resins. This layer-by-layer curing process creates complex geometries, such as cooling channels and turbine blades, that are impossible with traditional methods.

After firing, the molds achieve the necessary hardness for high-temperature alloys in aerospace, medical, and energy applications. By eliminating wax models and tooling, this method reduces production time, labor, and post-processing, making it ideal for small, customized runs of critical components.

Ceram applications _ tethon 3d _ prodways machines

Investment casting materials

application tethon 3d _ prodways machine - ceram pro
SILICA SICAST 1200
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Ceram Pro: The Ultimate Solution for Investment Casting

The Ceram Pro 3D printer series leverages advanced MOVINGLight® technology, delivering unmatched precision and reliability for investment casting applications.

With an open materials platform, the Ceram Pro series supports a variety of ceramic compositions, enabling customization based on specific application needs.

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Ceramic AM: Forming Some of the World’s Hardest Materials

This comprehensive guide explores significant advancements in ceramic additive manufacturing, featuring market analysis, industry insights, and exclusive case studies

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Additive Manufacturing Ebook Ceramic - Prodways Machines Article - Voxel Matters

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  • Granite platforms deliver exceptional flatness and z-accuracy and can eliminate the need for support. Recommended for dental labs that focus on crowns and bridges.
  • Perforated platforms are the most general type of platform and can process any type of geometry while being removable for a quick turnaround. Recommended for general prototyping and for the printing of industrial parts.
  • Full metal platforms are recommended for high-volume dental productions, including large labs and those creating full dental aligner molds.
  • Advanced metal platforms are specifically designed for best-in-class aligner mold printing, allowing you to print hollow models and perform quick turnarounds.

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