Advantage Blog

Yield loss in precision converting has specific, identifiable causes. Learn the six primary drivers and how to evaluate a supplier's process control capability.

Discover the 5 reasons precision-converted components pass prototyping but fail at scale — and what a validated production process prevents.

Contract manufacturer or precision converter? Choosing wrong introduces risk that surfaces during validation or scale-up. Here's how to tell which one you need.

Adhesive failure is rarely a material problem. Most failures originate in converting — and they don't appear until validation, production scaling, or field use.

Many suppliers reference quality systems and process control. ISO 13485:2016 defines what those terms actually require — and what separates a certificate on the wall from a quality system that protects your program.

Cleanroom manufacturing is often treated as a default. The real question is whether your application's contamination risk requires environmental control during converting.

Die cutting is a critical converting process used across numerous industries to create precise, uniform parts from a variety of materials. Among the various die cutting methods, steel rule die cutting stands out as a cost-effective, versatile choice.

Class A die-cutting is often the preferred method for producing critical components and parts for end-use applications.

In recent years, the United States has experienced a surge in demand for electric vehicles (EVs), driven by increasing environmental consciousness among consumers and government incentives.

The converting industry is under pressure to boost efficiency, cut costs and elevate product quality. Quality control answers many converting challenges, including rising inflation and complete competition.