Manufacturing Processes

Discover how laser engraving and marking work on production parts, the differences between processes, compatible materials, and industry applications.

Learn how powder coating works, why it outperforms liquid paint, and the critical design rules engineers need to spec parts correctly — from thickness tolerance

Learn how transfer molding bridges compression and injection molding — comparing process, materials, tooling costs, and when it's the right choice for your part

Master rubber injection molding with this engineering guide covering cure time variables, flash prevention, and critical tooling design rules for high-quality e

Discover why liquid silicone rubber (LSR) behaves differently in molding — from its inverted thermal logic to shear thinning — and when to choose it for your pa

Discover the critical process controls in silicone injection molding — from metering ratios to mold temperature — that determine part quality and consistency.

Learn how insert molding bonds metal and plastic in one cycle — process steps, design guidelines, material selection, and industry applications explained.

Explore silicone mold making tooling approaches — from RTV soft tools to hardened steel — and learn what realistic tool life looks like at every production stag

Learn how compression molding works, which tooling types suit your project, what materials it supports, and which part designs get the most from this process.

Compare gravity die casting vs high pressure die casting across volume, part geometry, cost, and strength to choose the right process for your project.

Explore the full high pressure die casting process — from cycle phases and tooling design to quality control methods — in this comprehensive engineering guide.

Explore zinc die casting's thin-wall capabilities, fine detail reproduction, and how to choose the right alloy — from Zamak 3 to ZA-27 — for your next precision