Design Engineering
Precise 3D Data,
Precise 3D Data,
the Standard for Die Manufacturing
지성엔지니어링은 차체 부품의 형상, 성형 조건, 조립 품질을 함께 검토해 금형 구조를 설계합니다. 단순 Modeling이 아니라 제작·가공·트라이아웃 단계에서 발생할 수 있는 리스크를 설계 단계에서 줄이는 것을 목표로 합니다.
- CATIA / NX
- OEM-collaborative CAD environment
- 3D + 2D
- Linked model & drawing output
- Press Die
- Specialized Body Die Design
Core Technology
From part geometry to mass-production dies
From part geometry to mass-production dies
3D Design Capability
01
3D Body Die Design
- Precise realization of part geometry, die structure and strip layout
- Compliance with OEM standard CAD formats
02
Hem'g Die
- Securing hemming quality and surface precision
- Die structures designed to process conditions
03
Hot Stamping Die
- Die structures considering high-temperature forming and cooling channels
- Realizing lightweight, high-strength parts
04
General Die (Fender)
- Design and manufacture of general-purpose press dies beyond body dies
- Die solutions for diverse part geometries
03
General Die (Side / TG OTR)
- Design and manufacture of general-purpose press dies beyond body dies
- Die solutions for diverse part geometries
Work Flow
Design Process
Step 1Product Data ReviewChecking part geometry, datum surfaces and quality requirements
Step 2Process PlanningSetting forming direction, number of operations and die-structure approach
Step 33D Die DesignDetailed modeling of upper/lower dies, pads, cams and guides
Step 4Validation & DrawingProducing manufacturing drawings after interference and manufacturability review
Toolchain
Key Tools
CATIA V5Siemens NXSolidWorksClass-A
SurfacePress Die
Deliverables
Scope
Body dies · Hemming dies · Hot stamping dies · General press dies
Data
3D models and 2D drawings based on OEM standard CAD formats
Review Items
Part geometry · forming direction · interference · assemblability · manufacturability