Technical Articles
Stamping Basics
This report defines basic stamping terminology and illustrates basic stamping functions. We explore the common types of die construction, compare...
Dayton’s Engineered Clearance
Punch-to-die Clearance: What Works & What Doesn't? Punch-to-die clearance (Δ) is the space between the cutting edge of the punch and the cutting...
Jektole Clearance
The key to increased productivity Perforating punch to matrix (die) clearances in metal stamping dies have been universally expressed as a...
High Speed Stamping
This report addresses the special concerns of high-speed stamping. We define high-speed stamping and discuss operating factors - such as the effects...
The 6 Steps of Perforating
The perforation process involves driving a punch through material and the rapid failure of the material as the slug breaks free. For this reason,...
Choosing the Proper Die Spring
Extend operating life with well-chosen Dayton Lamina die springs Die springs, an essential stamping die component, create the optimal pressure for...
Lamina Guided Retainers – Transforming Precision Stamping
Precision and strength are more important than ever in metal stamping applications, where minimal downtime is crucial. Dayton Lamina's new line of...
High Tensile Strength Stamping Solutions
Providing Solutions to Make You More Profitable Dayton Progress Understands that Stamping High Tensile Strength Steel Is Hard—Literally Low punch...
High Strength Steels
A Key Material in Critical Safety Components Auto manufacturers are challenged by increasing oil prices, stricter emission standards, and greater...