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Aspherical Lens Design and Injection Mold Analysis Using Extracted Shape Information
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  • Journal title : Transactions of Materials Processing
  • Volume 24, Issue 6,  2015, pp.437-442
  • Publisher : The Korean Society for Technology of Plasticity
  • DOI : 10.5228/KSTP.24.6.437
 Title & Authors
Aspherical Lens Design and Injection Mold Analysis Using Extracted Shape Information
Song, K. H.; Kim, B. C.; Yoon, H. S.; Yang, J. K.; Kim, K. B.; Xiao, H.; Cho, M. W.;
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The development of polishing technology has enabled the production of injection molds with high quality surfaces and shapes. For products such as mobile phones which require high quality performance the use of plastic materials has many constraints such as shrinkage and deflection. The purpose of the current research is to use reverse engineering in order to find and analyze the data of a selected aspherical lens and then creating a process to design an improved lens. Additionally, the improved lenses are subject to molding analysis. In order to solve this problem, the lens construction program, Zemax, was used to analyze and optimize performance. In the case of optimization, the object was to eliminate spherical aberration and to find good MTF data. The result of the optimization data was similar to the MTF data found from a random lens. Specific resin and analysis conditions were selected and CAD modeling was done to enhance the injection molding analysis.
Aspherical Lens;Reverse Engineering;Injection Molding;Optimization;
 Cited by
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