CAE helps minimize errors that may occur during the mold development of a part by analyzing every steps of the design, tooling, and trial test.

It makes possible to significantly reduce the overall development time and costs by using the CAE.

• Typical steps of the development

  • Product design
  • Mold manufacture
  • Prototype manufacture
  • Design change(Feed back Mold manufacture)
  • Mass product manufacture

• The step of the development in CAE

  • Product design
  • (Structure analysis Injection flow analysis)
  • Mold manufacture
  • Prototype manufacture
  • Mass product manufacture

• Structural Analysis

  1. 1. Static Analysis

     Static analysis is the most basic in the structure analysis as A step of verifying whether the expected structural roles are or not stable by the external force in the validation step of linear and nonlinear way

  2. 2. Modal & Harmonic Analysis

     Modal & Harmonic analysis helps check that a part has unique frequency and analyze the resonance point and the stress on part caused by the external force

  3. 3. Transient Analysis

     Transient analysis is to verify the stress and the deformation by the momentary external force to the part

• Injection flow analysis

  1. 1. Flow & Packing Analysis

     Flow & packing analysis helps find overall flow pattern, some information on a gate selection after designing a mold

  2. 2. Cooling Analysis

     Designing cooling line in the mold helps predict and control the changing temperature in a specific area

  3. 3. Warpage Analysis

     Warpage analysis helps reduce overall development time and produce the best mold by predicting any deformation during injection

• KOPLA 3D Printer

  Specification

  1Modeling system
  MJP(MultiJet Printing)
  Simultaneous modeling for 3 materials
  2Modeling size
  533 x 381 x 300mm
  33D Printer
  2032 x 1219 x 1981mm
  4Available resin
  ABS-like, PC-like, Rubber-like
  5Resolution
  HD Mode : 0.03mm
  UHD Mode : 0.027mm