Injection Molding Lead Times: From Tooling to Production

“When can we have parts?” The answer involves tooling construction, qualification, process development, and production scheduling. None of these durations are fixed, and all of them can be compressed with…

Energy Efficiency in Injection Molding Operations

Energy costs can exceed material costs on thin-margin parts. The injection molding machine consumes most of it, but the auxiliaries, cooling, and facility together account for 30 to 50 percent…

Agricultural Applications of Plastic Injection Molding

A plastic component on a combine harvester faces UV exposure, temperature swings from freezing to 40°C, chemical exposure from fertilizers and herbicides, and vibration that loosens fasteners. It also has…

In-House vs Outsourced Injection Molding: A Decision Framework

Building in-house capability means control and integration. Outsourcing means flexibility and capital efficiency. Neither wins universally; the right answer depends on what matters most for your specific products and strategy….

Custom Injection Molding vs Contract Molding: Key Differences

“Custom injection molding” and “contract injection molding” are often used interchangeably. They describe different service models with different value propositions and risk profiles. Understanding the distinction helps match the right…

Total Cost of Ownership for Injection Molding Programs

The lowest quoted piece price came from a supplier with quality problems, delivery issues, and tooling that needed constant repair. Three years later, total cost was highest. The initial savings…

Calculating Per-Part Cost in Injection Molding

“What’s the piece price?” sounds like a simple question. The answer depends on volume assumptions, tooling amortization, secondary operations, and a dozen other factors that vary by supplier. Two suppliers…