Precision in Motion,
Innovation for the Future
Based on half a century of accumulated ultra-precision mold technology and injection molding know-how, Duck-il Industry leads core automotive electronic solutions for the global eco-friendly electric vehicle and autonomous driving markets.
Shaping Future Mobility with Trust & Innovation
Duck-il Industry has built trust in the global market by promising precision towards perfection and continuous manufacturing intelligence.
Trust & Safety
As proven by decades of partnership with global top-tier OEMs and luxury brands, we guarantee a safe driving environment with uncompromising zero-defect quality.
Ultra-Precision Engineering
We mass-produce complex vehicle mechanism parts through micro-injection mold designs that allow no margin of error, even smaller than a hair's width.
Green Tech Innovation
We continue to develop lightweight, high-voltage component portfolios tailored for electric vehicles (EVs) and hydrogen mobility beyond internal combustion engines.
Core Technologies Powering Future Mobility
Explore our major product portfolio, including smart switches, control modules, and lighting systems seamlessly integrated throughout the vehicle.
Switches
Provides ergonomic tactile control and emotional haptic operations, applied to luxury vehicles and global automaker brands.
Global Core Supply Network
Duck-il Industry operates 6 core global sites to supply high-quality components to worldwide customers in a timely manner.
Korea HQ & R&D Center
HQ & R&DLocation: 266-3, Seotan-ro, Seotan-myeon, Pyeongtaek-si, Gyeonggi-do, Korea
Key Operations: Global design control tower, advanced R&D, seat switch production base, and high-speed injection line operations.
Engineering Power Meeting Global Standards
Duck-il Industry runs strict software and hardware quality certification infrastructure, from advanced technology development to mass production smart verification lines.
Ultra-Precision Mold Design
Injection mold forming analysis and production design process with a micron-level margin of error based on 3D CAD/CAE structural and flow analysis technologies.
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