Myth: Simulation Is an “Extra” Cost. Fact: Simulation Is an Insurance Policy Against a $50,000 “Oops” in the Tool Shop. Engineering simulation is sometimes viewed as an optional expense that can be skipped to accelerate development or reduce upfront costs. In reality, simulation is one of the least expensive ways to pr... Jul 1, 2026
The Silent Killer: How a 0.5 mm Tolerance Creep in a Sub-Component Led to a 15% Field Failure Rate Most field failures are not caused by catastrophic design errors, they result from small dimensional variations that accumulate throughout an assembly. In one manufacturing program, engineers traced a... Jul 1, 2026
Build Report Basics: What We Share After a Successful Run A successful metal additive manufacturing build is more than a finished part, it is a complete record of the process that created it. Every production run generates valuable information, from machine ... Jun 23, 2026
Forgetting Material Certs and Heat-Treat Callouts in the PO A purchase order is more than a request to manufacture a part, it is a critical communication document that defines exactly what must be delivered. One of the most common sourcing mistakes is failing ... Jun 16, 2026
Single Build vs. Staggered Builds: Lead-Time Tradeoffs One of the most important production planning decisions in additive manufacturing is determining whether to place all parts into a single build or distribute them across multiple staggered builds. Whi... Jun 15, 2026
Omitting Leak or Pressure Specs on Fluid Parts Fluid-handling components are often designed around geometry, flow paths, and connection interfaces, but one critical detail is frequently overlooked during development: defining leak-rate and pressur... Jun 15, 2026
GD&T for AM-to-CNC Handoffs: Datum Strategy That Works Transitioning a part from additive manufacturing to CNC machining is not as simple as moving it from one machine to another. Metal AM parts naturally experience distortion, shrinkage, and residual str... May 27, 2026
Myth: You Can Skip QA Because the File Is “Perfect” A highly refined CAD model may look flawless on screen, but additive manufacturing introduces physical variables that no digital model can fully eliminate. Powder consistency, laser calibration, scan ... May 19, 2026
Add a QR/Serial Zone for Traceability Traceability has become a critical requirement in modern manufacturing, especially in industries such as aerospace, medical, defense, and energy. Yet many components are still designed without conside... May 12, 2026
Quoting Essentials: Files, Tolerances, Volumes, and Deadlines Accurate manufacturing quotes depend on far more than uploading a CAD file and requesting a price. In advanced manufacturing, the quality of the quote is directly tied to the quality of the informatio... May 12, 2026
Myth: AM Parts Can’t Hit Tight Tolerances A common misconception in additive manufacturing is that it cannot achieve the tight tolerances required for high-performance applications. While it’s true that as-printed parts may not match CNC-leve... Apr 28, 2026
Prototype-to-Production Handoff: What Changes Transitioning a part from prototype to full-scale production is one of the most critical, and often underestimated, phases in product development. What works in a prototype environment does not automa... Apr 21, 2026