2015
DOI: 10.1016/j.proeng.2015.05.074
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Design and Analysis of Feedstock Mixing Mechanism For Micro Metal Injection Moulding

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Cited by 3 publications
(1 citation statement)
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“…Abdullahi et.al. designed a feedstock mixing mechanism based on powder loading, powder size and shape, binder formation, sequence of material addition, mixing time, temperature and shear rate and analyzed with finite element analysis to improve metal molding productivity and improve production cycle time [1].L Liu et.al investigated the suitability of stainless steel SS 316L feedstock for the fabrication of components with Metal Injection Molding with good shape retention, mixing, characterization and feasibility of in-house feedstock is reported [2]. R. Asmawi et.al proposed a new binder system for Metal Injection Molding of stainless steel SS 316L feedstock with waste polystyrene and palm kernel oil and verified whether the powder binder mixture is homogeneous and injectable or not and found good homogeneity and suitability by density measurement test , binder burnout test and SEM morphology observation.…”
Section: Literature Surveymentioning
confidence: 99%
“…Abdullahi et.al. designed a feedstock mixing mechanism based on powder loading, powder size and shape, binder formation, sequence of material addition, mixing time, temperature and shear rate and analyzed with finite element analysis to improve metal molding productivity and improve production cycle time [1].L Liu et.al investigated the suitability of stainless steel SS 316L feedstock for the fabrication of components with Metal Injection Molding with good shape retention, mixing, characterization and feasibility of in-house feedstock is reported [2]. R. Asmawi et.al proposed a new binder system for Metal Injection Molding of stainless steel SS 316L feedstock with waste polystyrene and palm kernel oil and verified whether the powder binder mixture is homogeneous and injectable or not and found good homogeneity and suitability by density measurement test , binder burnout test and SEM morphology observation.…”
Section: Literature Surveymentioning
confidence: 99%