01
Proactive Engineering
We identify molding and assembly risks before steel cutting, with early checks on wall thickness, gating, cooling, ejection, warpage, and tolerance stack-up.
ABOUT JEANCEN MOLD
Engineering Certainty for NPI Tooling Projects
Founded in 2011, Jeancen Mold is an engineering-driven injection mold manufacturer supporting DFM review, precision tooling, plastic injection molding, insert molding, and selected high-precision plastic components.
We help product developers, engineers, and sourcing teams reduce tooling risk before steel cutting and move from CAD to stable production with fewer surprises. Our approach focuses on manufacturability, assembly fit, tooling maintenance, and long-term production stability—not just initial mold price
HOW WE WORK
How Jeancen Reduces Tooling Risk
Our approach combines proactive engineering, transparent communication, and production-focused tooling decisions to help customers reduce surprises and improve long-term molding stability.
02
Transparent Communication
We communicate clearly about tooling feasibility, risk points, steel selection, mold structure, cost drivers, and possible trade-offs before production starts.
03
TCO-Focused Tooling
We look beyond the initial mold price and focus on repeatability, serviceability, maintenance access, spare parts, and stable long-term production.
04
Maintenance-First Design
We design molds with replaceable inserts, service-friendly structures, anti-misassembly logic, spare-part readiness, and fewer downstream disruptions.
CORE TEAM
Engineering and Project Support Team
A practical team combining project communication, DFM coordination, mold design, and production support for custom tooling projects.
Sunny Wang
Senior Project Manager | NPI Tooling Support
Supports overseas customers with project communication, DFM coordination, quotation follow-up, tooling progress, and injection molding production support.
Jun Lin
Engineering Director
Leads practical mold design review for plastic housings, structural parts, and functional components, with a focus on reducing tooling risk before steel cutting.