Anyone involved in plastic product development, sourcing, or production planning has probably heard this idea before: if several different parts can be combined into one mold, it must be cheaper than
In injection mold development, the choice of runner system is not just a tooling detail. It directly affects mold cost, material waste, cycle time, part consistency, automation compatibility, and long
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
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.
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
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.
"Trust is more expensive than steel." In December 2025, I made a difficult decision: I declined to quote for a strategic global Tier-1 automotive project. In an industry full of suppliers eager to sa