Whether you're sourcing custom gaskets for an automotive application or precision-cut foam components for an electronics assembly, one of the most important decisions you'll face before placing an order is this: how many do you actually need? The answer shapes everything, from the tooling approach and lead time to your per unit cost and material choices. At Boonville Manufacturing Corp., we work with clients across industries ranging from prototype development to full scale

In automotive engineering, a gasket is rarely just a simple seal. It is a precision component that sits between two mating surfaces, managing pressure, containing fluids, blocking contaminants, and in many cases, compensating for the microscopic imperfections that exist between even the most carefully machined parts. When a gasket fails, the consequences range from a minor fluid leak to a catastrophic engine or transmission failure. Getting it right matters enormously and tha

In today’s competitive manufacturing landscape, efficiency and precision are essential for achieving consistent results at scale. Boonville Manufacturing Corp. recognizes the importance of employing techniques that streamline production while maintaining uncompromised quality. With years of practice and innovation, we have observed how advanced processes such as plastic die cutting consistently enhance efficiency in modern manufacturing. Precision and Consistency in Every Cut

Selecting the right material is one of the most critical decisions in any die-cutting project. Even with precise tooling and advanced equipment, the performance of a die-cut part ultimately depends on the material it is made from. Factors such as compression, durability, environmental exposure, and cost all influence whether a part performs as intended over time. This guide breaks down five commonly used die-cut materials—rubber, foam, plastic, cork, and felt—explaining their