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Article
At scale, cycle time is one of the most direct levers on injection molding costs. It affects both cost per part and maximum throughput, so any design or tooling decision that changes cycle time also changes piece price—at every production volume. For this reason, design engineers and manufacturing or tooling engineers must strike a balance […]
Article
When a manufacturing customer requests a material certificate, they’re really asking multiple questions at once: was this material tested, did it meet the standard, and is this the actual material used to make my part? These questions need a clear, documented answer. In practice, the gap between them is where things go wrong. Material traceability—the […]
Article
U.S. manufacturing output hits $2.91 trillion. Now it needs 3.8 million more workers. If American manufacturing were a standalone economy, it would be the 8th largest in the world — ahead of France, just behind the United Kingdom. In 2024, U.S. manufacturing value added reached $2.91 trillion, an all-time record in nominal dollars. And the […]
Article
There’s a gap between the end of a prototyping phase and the beginning of mass production when lower volumes of product need to be manufactured. Steel injection molds and die casting tools, for example, can take weeks to complete. In the gap, product launches and regulatory submissions move inexorably forward, while pilot customers await the […]
Article
What Is Design for Testability (DFT)? Design for Testability is the practice of deliberately engineering a product so that its functions, performance, and integrity can be efficiently verified at every stage: prototype validation, end-of-line production testing, incoming inspection, field service, and depot-level repair. When testability is baked in from the start, you catch failures earlier, […]
Article
When sourcing parts for an aerospace program, your manufacturing partner’s quality system isn’t a background detail. Components like structural brackets, flight computer housings, and hydraulic manifolds must be manufactured to meet strict requirements. Quality control and assurance determine whether your parts are built to a documented, auditable process—or to whatever standard a supplier happens to […]
Article
You’re looking at a CAD file for a robotic joint link or actuator housing and need to make a sourcing decision. Maybe it’s a new design for a humanoid arm. Maybe it’s a replacement component for an automated line that can’t afford downtime. Maybe you’re a machine builder spec’ing structural parts for a custom automation […]
Article
Low-volume manufacturing sits at a critical intersection in the product development cycle. Volumes are too large for pure prototyping, too small for mass production, yet perfectly positioned to accelerate how companies bring products to market. Whether you’re validating an engineering design, launching a pilot production run, or serving a specialized market with complex assemblies, understanding […]
Article
4-axis CNC machining is a subtractive manufacturing process that moves a cutting tool and workpiece along four axes of motion—the standard X, Y, and Z linear axes, plus a fourth rotational axis (the A-axis) that rotates the workpiece around the X-axis. That additional degree of freedom is what separates 4-axis from conventional 3-axis machining. The […]
Article
As product design cycles accelerate, the demand for large-format industrial 3D printing has shifted from rapid prototyping to functional applications. Moving beyond the constraints of consumer-grade desktop systems, large-scale 3D printing enables engineers to produce full-scale components, enclosures, jigs, and fixtures without the lead times associated with traditional tooling. What Is Large Format 3D Printing? […]
