Stamping Process Design
3D&2D process planning, precision calculation analysis and springback compensation ensure feasible process solutions.
RESEARCH & DEVELOPMENT
Research & Development
Professional technical team, continuous innovation-driven
ENGINEERING & DEVELOPMENT
Technical Center
Jinjian Auto Dies R&D is centered on full-process closed-loop development, covering process design and SE, structural design, CE calculation and springback compensation, die design, machining process and programming, and on-site process engineering. We have built a data-driven technical system that reuses accumulated experience. Through dedicated designer-per-part workflows, cloud computing and Sigma optimization of tryout parameters, and CE calculation combined with a historical experience database, we achieve more accurate design, fewer on-site adjustments, shorter development cycles, and more stable die quality—continuously delivering high-quality, cost-effective die products to our customers.
R&D Team
103 technical staff and 56 design engineers support every project.
- Technical Staff
- 103people
- Design Engineers
- 56people
- Die Surface Engineers
- 25people
- Programmers
- 22people
TEAM EXPERIENCE
Experience Distribution
Team Characteristics
- 58% of technical staff have 5+ years of industry experience with a stable core team
- 103 technical staff, 56 design engineers, 25 die-surface engineers and 22 programmers with clear professional division
- Regular training, peer exchanges and mold association activities
- Continuously recruiting outstanding graduates to maintain team innovation vitality
ENGINEERING WORKFLOW
Engineering Workflow
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01
Customer Data Input
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02
Process Planning and CAE
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03
Die Structure Design
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04
Die Surface and Machining Data
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05
NC Programming and Machining Process Planning
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06
Technical Document Release
Engineering Software and Applications
- NX
- Process and Structure Design
- AutoForm
- CAE Analysis
- PowerMill
- CAM Programming
TECHNICAL CAPABILITIES
Engineering Capabilities
CAE Simulation Analysis
Accurately predict surface defects; MSE processing reduces debug cycle and lapping time by about 45%, up to 70%.
MSE Plan Design
MSE plan design and milling data creation reduce the subsequent debug cycle.
Die Structure Design
Automation and dynamic simulation plus unequal-gap treatment optimize die structure.
Insert Standardization
Interchangeable inserts shorten maintenance time for delivered dies.
New Material Process
Research on high-strength steel and aluminum forming processes, including aluminum die projects.
CONTINUOUS IMPROVEMENT
Optimization and Upgrade
Technical System Upgrade: From Point Design to Full-Process Closed Loop
The engineering function has evolved from process design, structure design and programming into a closed-loop system covering process design and SE, structure design, CE calculation and springback compensation, die-surface design, machining process and programming, and shop-floor process engineering. Dedicated designer-per-part workflows, cloud computing and Sigma optimization of tryout parameters, together with CE results and a historical experience database, enable early handling of secondary surfaces and reduce on-site adjustment workload.
Die Surface Treatment: Jinjian Auto Dies Proprietary Database
Combined with CAE analysis, variable-clearance treatment addresses outer-panel surface quality and die core issues. Dedicated shop-floor specialists collect feedback on treated die-surface data, building a Jinjian Auto Dies proprietary database that consolidates die-surface methods and field results for similar parts.
Programming and Automated Machining: 32% Efficiency Gain
Machining plans are developed with tooling, spindle speed, feed rate and stock allowance defined; automated machining programs are prepared with program sheets and post-processors; tools are mounted and inspected; and programs are executed for production.