3D Systems Transforming Foundries with New 3D Printing Solution

- October 15th, 2018

3D Systems (NYSE:DDD) announced the availability of its new 3D printing solution, the ProJet MJP 2500 IC targeting the investment casting professionals. The company said that the new solution eliminates the cost and time of tooling and storage with 3D printed wax patterns which can be used in existing foundary casting processes. As quoted in … Continued

3D Systems (NYSE:DDD) announced the availability of its new 3D printing solution, the ProJet MJP 2500 IC targeting the investment casting professionals.

The company said that the new solution eliminates the cost and time of tooling and storage with 3D printed wax patterns which can be used in existing foundary casting processes.

As quoted in the press release:

Drawing on 3D Systems’ deep expertise and unique workflow approach including software, hardware, materials and services, this digital foundry solution is designed to transform a centuries-old manufacturing process – enabling significant time and cost savings and creating new possibilities for the types of parts that can be cast.

Typical production time for a 3D printed wax pattern is a few hours or less; no time or money is wasted on an injection molding process for traditional pattern tools. Cost reductions for initial patterns can be significant when the cost of traditional injection molding tooling is taken into account. For example, in a cost comparison analysis conducted by Mueller Additive Manufacturing Solutions, a pattern tool for a mechanical cam cost $6,050 while the 3D printed equivalent pattern cost less than $25 – with the only lead time being the short time to print the pattern.

An ideal solution for the production of metal cast components, the ProJet MJP 2500 IC is well suited to span production needs from the iterative, initial design phase to bridge manufacturing and low volume production. Working in a digital workflow provides complete design freedom, enabling wax patterns to benefit from topology optimization, lightweighting, and part consolidation. Design files are prepared for 3D printing and managed with 3D Sprint™ software. The patterns are produced in VisiJet® M2 ICast, 100% wax material which delivers the same melt and burn-out characteristics of standard casting waxes and fits seamlessly into existing foundry protocols.

“The wax patterns produced on the ProJet MJP 2500 IC are incredible. We are able to produce parts that were previously not able to be produced using traditional wax injection molding. Additionally, the part quality, surface finish and accuracy have allowed us to move more of our production to this product. Finally, the complexity of parts that we can now produce has enabled new functionality that we can offer our customers,” said Al Hinchey, 3D print manager, Invest Cast, Inc.

3D Systems’ MultiJet Printing (MJP) technology enables smooth surface finishes, sharp edges and fine details with high fidelity and repeatability to hold tight tolerances. Design iterations and design optimization for complex parts can now be done quickly and economically.

“In keeping with 3D Systems’ strategy of transforming manufacturing with optimized additive manufacturing solutions, we developed the ProJet MJP 2500 IC to improve both the economics and functionality of investment casting patterns and the resulting parts. According to Mueller Additive Manufacturing Solutions, the global investment casting market is valued at nearly $14 billion which includes parts for the aircraft and automotive industries. The ProJet MJP 2500 IC not only eliminates the need for injection-molded tools, it could potentially increase the casted part functionality while reducing part weight, both critical factors for improving part efficiency,” said Mike Stanicek, vice president, product management, plastics, 3D Systems. “This also means that service foundries can now charge a premium for parts produced in days instead of weeks. The ProJet MJP 2500 IC is a genuine game-changer for all industries that use investment casting.”

Click here for the full text release.

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