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3D Printing Research and Technology Development
High-Resolution and Multi-Material Additive Manufacturing
Our Additive Manufacturing team specializes in the development of new data processing, visualization, and fabrication tools for the high-throughput production of high-resolution tangible models for applications ranging from molecular and mathematical modeling, research instrumentation, pre-surgical planning and medical diagnostics, and architecture.
Our Tangible Proteomics team specializes in the development of additively manufactured multi-material molecular models for investigating protein-protein interactions in complex environments.
Stellar nurseries (molecular cloud simulations)
Model diameter: ca. 8 cm
Transparent brain with integrated tractography data
Model diameter: ca. 8 cm
Variable modulus mineralized heart valve
Model diameter: ca. 10 cm
Photo-realistic sectioned human foot
Model diameter: ca. 15 cm
Laser-sintered metal butterflies
Model diameter: ca. 1 mm (each)
Dimensionally graded micro-pillar array
Model diameter: ca. 10 cm
Flexible butterfly wing-inspired gyroid
Model diameter: ca. 8 cm
Flexible multi-material shark skin-inspired low-drag surface
Image diameter: ca. 5 cm
Ceramic micro-lattice
Model diameter: ca. 5 cm
Macro-scale optically transparent glass
Model diameter: ca. 15 cm
Multi-material functionally graded jaw assembly
Model diameter: ca. 10 cm
Fluid mixing simulation
Model diameter: ca. 10 cm
Multi-phase nacre-inspired composite (Polychromatic scanning electron micrograph of fracture surface)
Image width: ca. 5 cm
Research