Saving upfront on mold costs often leads to expensive nightmares later. In this TCO analysis, Jeancen Mold reveals the 4 areas you should never compromise on: Steel, Components, Cooling, and Trials.
When Building Injection Molds, Don’t “Save” Money Here: 4 Areas You Shouldn’t Cut Costs On Written by: Sunny Wang | Senior Sales Manager & Mold Project Manager, Jeancen Mold Reviewed by: Chief Engi
See how Jeancen Mold engineered a 12-component family mold for a precision mechanical assembly, solving flow balance, cosmetic dial markings, gate vestige control, and side-hole slider design.
Case Study: How Professional DFM Analysis Accelerated a TPU Project for an Australian Client Introduction In December 2025, Jeancen Mold Company partnered with an Australian client to develop a spec
6 Factors That Determine Injection Mold Quality When sourcing a new mold, many teams focus first on purchase price and lead time. But once production begins, what matters more is whether the mold can
Case Study: Quality Across 6 Tooling Dimensions How Jeancen Reduced First-Trial Risk Across Automotive, Architectural, and Electronics Projects Industries: Automotive Lighting | Building Components |
Case Study: High-Precision Relay Housing | Solving 4 Tooling Risks Before Steel Cutting In electronics molding projects, many tooling problems do not start at T1. They start much earlier—during part r
When customers compare mold quotations, one common question is: Why does one supplier recommend P20, while another suggests H13, 1.2316, or S136? The answer is simple: Mold steel selection affects muc
Why am I writing this today? Last week, I received an urgent call from a client. Their production line was down. A mold they bought from a "low-cost" supplier (to save roughly $2,000 upfront) had crit
