Unmatched Turnaround Time
Save weeks on wax pattern production with tool-less RealWax™ MultiJet Printing and accelerate time-to-market. The ProJet® MJP 2500 IC enables a digital workflow with direct wax pattern printing, increasing productivity and enabling fast time-to-part for premium service delivery to customers. With fast wax pattern production, short cycle times capability and 24/7 operation, you can rely on the ProJet MJP 2500 IC output and improved casting room efficiency.
Save weeks on wax pattern production with the ProJet MJP 2500 IC
At a Fraction of Tooling Costs
Have hundreds of your small to medium-size patterns in hand more quickly and less expensively compared to the time and cost to build and run a traditional injection tool. If design changes are needed, the benefits just compound. The ProJet MJP 2500 IC leverages existing investment casting processes and equipment. Expect fast amortization and high returns on investment with this unique industrial wax pattern 3D printing solution.
Have hundreds of patterns in hand at a fraction of tooling costs
Ultimate Design Freedom
With digital design, you can produce wax patterns for parts that take advantage of topology optimization, lightweighting, and part consolidation. The ProJet MJP 2500 IC frees you to produce multiples of a complex part geometry or simultaneously make design variants, all while delivering better performing, more cost-effective components in a fraction of the time of traditional alternatives.
Deliver better performing, more cost-effective components with topology optimization and part consolidation.
Best Casting Reliability
VisiJet® M2 ICast 100% wax material emulates the melt and burn-out characteristics of standard casting waxes. This RealWax 3D printing material drops seamlessly into existing wax casting processes. MultiJet Printed patterns hold tight tolerances, ideal for complex precision metal components manufacturing with reduced or no finishing work.
- High fidelity and repeatability
- Smooth surfaces
- Sharp edges
- Extreme fine details
VisiJet M2 ICast RealWax material drops seamlessly into existing wax casting processes
Optimized Resources
Streamline your file-to-pattern workflow with the advanced 3D Sprint® software capabilities for preparing and managing the additive manufacturing process, unattended high-speed printing and a defined and controlled post-process methodology. MultiJet Printing ease-of-use and dependable process ensure reliable performance, yield, and results.
End-to-end software solution for MultiJet Printing workflows
Manufacturing Agility
MultiJet Printing provides more flexibility and versatility to develop your business with an efficient solution for wax patterns production. Create, iterate, produce and refine as required with just-in-time pattern production.
The digital foundry with Invest Cast and the ProJet MJP 2500 IC
Wax Casting Patterns in Hours
About this printer
- Low to mid-volume production
- Bridge manufacturing
- Instant design validation with multiple version testing
- Customized metal components
- Parts consolidation into higher performing units with no assembly labor/costs
- Higher part complexity not achieved through traditional molding
- Topology optimization and lightweighting
- Rapid metal casting prototyping
- Time and costs elimination of designing and manufacturing of tooling
- Patterns within hours vs. weeks for premium service
- Hundreds of patterns by the time required for tooling
- Elimination of mold storage costs
- Seamless fit in existing investment casting processes
- Ideal for small to medium size patterns
- File-to-pattern ease-of-use
- Reliable performance, yield and results
- No additional client or prep software required
- MultiJet Printing technology
- Net build volume (xyz): 11.6 x 8.3 x 5.6 in (294 x 211 x 144 mm)
- 100% wax VisiJet M2 ICast material
- Volumetric print speed up to 12.5 in3 /hour (205 cm3 /hour)
- Short cycle times capability
- Maximized full print volume for long, unattended builds
- Streamlined file-to-print workflow with the 3D Sprint software capabilities
- Defined post-processing methodology
- Cloud connectivity for predictive and prompt service with 3D Connect™
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