
Wunder-Mold Inc.
WUNDER-MOLD INC. CERAMIC INJECTION MOLDING
Precision ceramic components from design concept to finished product

https://www.wundermold.com/ceramic-injection-molding/
Precision Ceramic Injection Molding
Wunder-Mold Inc. specializes in Ceramic Injection Molding (CIM) for the production of small to mid-size, complex, high-precision ceramic components in production volumes ranging from development quantities to high-volume manufacturing.
Our CIM capabilities enable the production of geometries that may be difficult, expensive or impractical to manufacture using conventional ceramic pressing and machining methods.
From Design Concept to Finished Ceramic Component
Wunder-Mold can provide mold design assistance and engineering support from the initial component concept through finished ceramic production. Our team can review customer drawings and 3D models, identify potential molding risks, recommend design modifications and assist in developing the most practical and feasible production approach.
Design → Mold Design → Feedstock & Material Selection → Ceramic Injection Molding → Debinding → Sintering → Grinding & Finishing → Inspection → Production
Core CIM Capabilities
- Complex three-dimensional ceramic geometries
- Precision components from as small as 0.1-gram to as large as a 140-grams
- Thin-wall and miniature components
- Fine holes, slots, channels, and openings
- Internal and external features
- Cored geometries
- Blind and through holes
- Ribs, bosses, steps, grooves, and precision locating features
- Curved, cylindrical, rectangular, and freeform shapes
- Multi-level and asymmetrical geometries
- Molded features that reduce or eliminate secondary machining
- Precision grinding and dimensional finishing
- Secondary operations and customer-specific finishing
- Engineering assistance from design through final inspection
CIM is particularly attractive for complex, repeatable components where traditional machining would require extensive material removal, multiple setups, specialized tooling, or significant post-processing.



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