AMC (Additive Manufacturing of Ceramics) 3D Printing is an advanced fabrication technology that utilizes technical ceramic pastes to produce complex, high-performance ceramic components. Such as alumina, zirconia which is extruded layer-by-layer with exceptional precision. After printing, the green parts undergo debinding and sintering to achieve full ceramic density and mechanical strength.
Enables dense, strength ceramic parts with minimal shrinkage after sintering
Excellent Rheology Control
Ensures smooth extrusion, precise layer adhesion, and complex geometry fidelity
Tailored Formulation
Optimized Formulalation for thermal, mechanical & electrical performance
Sinter-Ready Consistency
Uniform particle dispersion and binder system guarantee reliable printing properties
Innovative Ceramics Paste R&D
Integrated development capabilities, covering ceramic slurry formulation design, advanced rheology control process development, additive manufacturing validation, and comprehensive paste characterization. R&D center equipped with diverse ceramic 3D printing systems and high-temperature sintering furnaces to ensure paste printability, green strength, and final ceramic performance.
Ceramic Slurry Formulation Design
Rheology & Process Development
Printing & Sintering Validation
Physicochemical Property Testing
Standard & Certifications
ISO 9001:2015 Quality Management
AS9100D Aerospace Quality
ISO 13485 Medical Device Quality
Material test certificates provided
Application Cases
Particle Engineering & Process Development
SLS Application Validation
In-Process Quality Control
Ready to Transform Your Manufacturing?
Contact our experts to discuss your specific requirements
