Optimization of Toilet Brush Cup Mold Using Autodesk Mold Flow Advisor


Authors : Joseph Irabodemeh Michael; Kingsley Ikebudu. O.; Arinzechukwu Hipolite Madukasi

Volume/Issue : Volume 10 - 2025, Issue 1 - January


Google Scholar : https://tinyurl.com/ymyje2eb

Scribd : https://tinyurl.com/4fbscxcd

DOI : https://doi.org/10.5281/zenodo.14862896


Abstract : The investigation of toilet brush cup mold was the main topic of this paper. The optimal gate location, fill time, time to attain the mold's ejection temperature, injection pressure, volumetric shrinkage at ejection, sink mark estimation, flow front temperature, and cooling time variance were all adjusted using Autodesk Mold Flow Advisor. This study examined the parameters established in a plastic injection mold along with the investigation of plastic flow behavior. The findings showed that minimal molding flaws might be produced in injection-molded components.

Keywords : Optimization, Mold and Autodesk etc.

References :

  1. Jagannatha Rao M B, Dr. Ramni (2013); Analysis of Plastic Flow in Two Plate Multi Cavity Injection Mold for Plastic Component for Pump Seal published in  International Journal of Scientific and Research Publications, Volume 3, Issue 8, August  1ISSN 2250-3153 www.ijsrp.org
  2. Effects of injection molding conditions on the mechanical properties of polyamide / glass fiber composites by prof. Dr. lk YILMAZER Supervisor.
  3. Adekunle A. Fagade and David O. Kazmer, Early cost estimation for injection molded parts, a Thesis by University of Massachusetts
  4. J.A. Brydson, (2015); Plastic materials  British Cataloging sixth edition, , Butterworth Heinemann Ltd.
  5. Haddout,A & Villoutreix, G. (2017); An Experimental study of fiber orientation in injection molded short glass fiber reinforced polypropylene /polyacrylamide composites (Conservatoire National des Artset M6tiers, France), pp.147-153,

The investigation of toilet brush cup mold was the main topic of this paper. The optimal gate location, fill time, time to attain the mold's ejection temperature, injection pressure, volumetric shrinkage at ejection, sink mark estimation, flow front temperature, and cooling time variance were all adjusted using Autodesk Mold Flow Advisor. This study examined the parameters established in a plastic injection mold along with the investigation of plastic flow behavior. The findings showed that minimal molding flaws might be produced in injection-molded components.

Keywords : Optimization, Mold and Autodesk etc.

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