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Improved Pill Splitter: An Analysis of 3&4-Point Bending to Split Pills

  • par garon@biomomentum.com

Isaac Sasser; Andrew Brown; Minju Lee
MECHANICAL ENGINEERING AND MATERIALS SCIENCE INDEPENDENT STUDY, Published: 12-23-2021

Les titres, résumés et légendes des publications sont présentés en anglais.

Abstract
There is a niche in the pill splitting industry for a more efficient pill splitter. To fill this niche we explore various applications of 3-Point and 4-Point bending to pill splitting. All designs are 3D printed. Due to the elastic nature of PLA plastic, the reality that 3-Point bending may cause pills to fail in compression (as revealed by FEM analysis), and the difficulty in managing volume constraints in a 3-Point bending design, 4-Point bending is considered as a viable option for pill splitting. However, after testing and analysis, the 4-Point bending prototypes generated were able to break pills, but not split in half, which is unacceptable.

Utilisation des équipements

L’étude explore la flexion en trois et quatre points pour diviser des comprimés au moyen de dispositifs imprimés en 3D. L’extrait PDF fourni cite une procédure de flexion Mach-1, mais cette référence ne démontre pas l’utilisation du Mach-1 Mechanical Tester. Les extraits disponibles ne précisent ni l’appareil ni le protocole de mesure utilisés pour tester les prototypes.

Article et documents

Matériaux (1)

Configurations de test (1)

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