ProCaster™ 3D Printed Ceramic Filters for Molten Metal Filtration & Other Industrial Applications
Blasch ProCaster™ 3D Printed Ceramic Filters are engineered to improve molten metal filtration by delivering superior inclusion removal, controlled metal flow, and consistent casting performance. Manufactured using advanced additive manufacturing and high-performance ceramic materials, ProCaster™ filters feature a precision-engineered lattice structure that minimizes turbulence, improves mold fill, and provides repeatable filtration performance for demanding casting and atomizing applications.
The same additive manufacturing technology and high-performance ceramic materials that enable superior filtration also unlock opportunities well beyond molten metal processing. Their open-porosity, high-temperature structure makes them ideal for use as catalyst supports, heat distributors, sintering fixtures, and a wide range of other demanding industrial applications. Many processes require custom-engineered ceramic components designed to meet specific performance requirements. Leveraging decades of materials expertise and advanced manufacturing capabilities, Blasch develops tailored solutions for both established and emerging applications. Whether optimizing an existing process or enabling a new one, we deliver high-quality ceramic components that enhance performance, reliability, and efficiency.
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Key Benefits of Blasch ProCaster 3D Printed Filters
- No line-of-sight flow paths help reduce inclusions and improve metal cleanliness
- Predictable flow and reduce turbulence support consistent mold filing and casting quality
- Repeatable 3D-printed geometry delivers reliable filtration performance from part to part
- Exceptional mechanical strength resists chipping, flaking, and friability
- Multiple ceramic compositions available for ferrous and non-ferrous applications
- Designed to withstand demanding foundry operating conditions
