Abstract
The realizability for spatial structure of suspended bio-carriers should be considered in the process of structure designing. Injection molding analysis could obtain the injection performance of spatial structure, and provide the references for economic benefit of structure realization and structure optimization, so it become an important tool for structure designing and optimization. In oder to apply the injection molding analysis to the process of bio-carriers designing, three structures, multi-plane spherical structure, straight chip columnar structure, wing panel structure are designed. Their injection performances, such as best location of injection, fill time, and injection pressure are be compared, the results show that the multi-plane spherical structure has the best injection economic benefit.
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