DIKO
WHAT WE DO

Stamping Mold Design, Engineered End to End

Korean engineering heritage delivered from our Vietnamese design center — CATIA and THINK3 based stamping mold engineering with conversion support for any customer CAD.

OUR SERVICES

Service Lineup

Six focus areas covering the full die development lifecycle, from initial draw geometry to final pattern verification.

  • Draw Modeling

    Initial die concept and draw geometry development for new stamped panels.

    • Draw geometry generation
    • Forming feasibility study
    • Binder & addendum design

  • 2D Die Layout (D/L)

    Drawing-based die layout package suitable for tooling shops that work from 2D references.

    • Strip & process layout
    • Die structure drawings
    • BOM and detail callouts

  • 3D Die Layout (D/L)

    Full 3D die design in CATIA or THINK3, ready for downstream CAM and machining.

    • Parametric die structure
    • Assembly & DMU verification
    • Manufacturing-ready 3D data

  • SE Activity

    Simultaneous Engineering support that runs in parallel with stamping and tooling teams.

    • Early product feasibility
    • Cross-team review cycles
    • Issue tracking & feedback loop

  • CAD Conversion

    2D-to-3D conversion and translation into the customer's preferred CAD format.

    • 2D → 3D conversion
    • Multi-format CAD export
    • Geometry & integrity check

  • Pattern Check

    Die pattern verification and quality validation before release to manufacturing.

    • Surface continuity check
    • Stamping pattern review
    • Final design sign-off
HOW WE WORK

Our Design Process

A six-step pipeline our experienced design teams have refined across hundreds of automotive panel programs.

  1. Requirements Analysis

    Review customer specifications, 3D data, and stamping conditions.

  2. Concept Design

    Develop initial die layout and forming concept based on the target panel.

  3. 3D Mold Design

    Detailed 3D design using CATIA or THINK3 with parametric die structure.

  4. Simulation & Validation

    DYNAFORM FEA analysis to verify formability and surface integrity.

  5. Design Review

    Internal and customer review with iterative modification cycles.

  6. Final Delivery

    Complete 3D data, 2D drawings, and documentation in the customer's preferred format.

Standard Lead Times

Indicative durations from kick-off to delivery — adjusted per project scope.

New BODY SIDE OTR design
60days
Conversion design (2D → 3D)
45days
Design review & data delivery
15days
TECHNOLOGY

Software & Tools

CATIA and THINK3 are our primary CADs for review and delivery. We also convert to any customer-specified format on request.

CATIA95%
CAD

Primary CAD for design, review, and delivery.

THINK390%
CAD

Primary CAD alongside CATIA — surface-driven die modeling.

AutoCAD90%
2D

2D drawing output and detail documentation.

DYNAFORM80%
CAE

Formability FEA — springback, thinning, wrinkling.

CAD Conversion85%
Conversion

Multi-format export for cross-platform delivery.

Customer-specified CAD75%
Conversion

On request, we deliver in the customer's preferred CAD program.

INDUSTRIES

Trusted by Global Automakers

Over two decades of stamping panel programs delivered to OEMs and tier-one suppliers worldwide.

  • TESLA
  • NISSAN
  • HONDA
  • MAZDA
  • SUZUKI
  • SUBARU
  • ISUZU
  • LUCID
  • GEELY
  • MITSUBISHI
  • KGM
  • HYUNDAI
  • TESLA
  • NISSAN
  • HONDA
  • MAZDA
  • SUZUKI
  • SUBARU
  • ISUZU
  • LUCID
  • GEELY
  • MITSUBISHI
  • KGM
  • HYUNDAI
GET IN TOUCH

Have a new program on the table?

Send us your panel data and target schedule — our design lead will respond within one business day.

Request a QuoteSee Our Portfolio