Customer Support

Technical Assistance
We want to help you improve your productivity. Our knowledge is unparalleled in the industry. You can borrow on our experience to help you solve your metal stamping problems. Our global network of sales engineers and technical support personnel devote their skills to improving the performance of your operation. Download a
Technical Assistance Request Form in PDF format or request help online.

Heat Treatment
The performance of a punch depends on factors other than size, concentricity, finish. The total performance is in direct relation to the quality of heat treatment. No company pays more attention to heat treat than we do. A Dayton metallurgist oversees all heat treat processes. Product performance improvements occur daily, as an ongoing development program for new improved heat treat processes is our goal to improve your production.

Software

DAYToolsTM simplifies die design for a broad range of CAD applications. DAYTools is a parameter-driven design tool that allows you to view and select products, specify dimensions, view in 3D, and export to your design application. DAYTools is now available for inch and metric designs. Request your free CD today.

Dayton on Disk for AutoCAD® simplifies your design process with Dayton's Versatile, Ball Lock and MaxLife Die Spring standard/imperial inch product specifications. This software generates drawings of Dayton products for your die design and a List of Materials for easy ordering. Download a copy of Dayton on Disk for AutoCAD® now.

   
 
Technical Publications:
Improving Perforating Die PerformanceImproving Perforating Die Performance

This article, based on the Birth of a Hole publication, reviews the effects of stress, clearance, and material.

Click here to download this PDF publication. Download this publication or view online.

Click here to download this PDF publication.Birth of a Hole
Perforating Basics

The dynamics of the perforating process is often considered to be a simple two step process of driving a punch through a piece of sheet steel and then withdrawal of the punch from the hole.

There are in fact six steps to perforating a hole. Each step contains elements critical to the overall process. An understanding of these steps will assist in the selection of die construction, tool steels, and punch to die clearance.

Click here to download this PDF publication. Download this publication.

Click here to download this PDF publication.Stamping Basics
Fundamentals & Terminology

This report defines basic stamping terminology and illustrates basic stamping functions. We explore the common types of die construction, compare stripper design options, and analyze common die operations.

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Click here to download this PDF publication.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 of die clearance and methods of slug control - that will help improve your stamping operation. We explore tool steel and selecting the proper surface treatment for your application. We further describe how stripper design affects your high-speed stamping operation. Finally, we discuss application problems and possible solutions.

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Click here to download this PDF publication.Tools Steels
For Punch & Matrix Components


Selecting the proper Tool Steels, Heat Treatment, & Surface Treatments for a stamping application can be a complex and confusing process. To simplify this process, a few basic facts should be understood. This publication will present and examine facts using terms familiar to the nonmetallurgist.

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Click here to download this PDF publication.The Ball Lock System
Dayton Progress True-Position Retainers

This illustrated booklet describes the features, benefits, and value of working with True-Position Ball Lock Punch & Matrix retainers. A comparison of End & Square Retainers with Backing Plates is covered, along with the inherent problems associated with these products.

Through the years ball lock components have been continually refined to improve precision and reliability. The most significant improvement was the introduction of the backing plug with in-line primary dowel. This change eliminated the need for a packing plate. Backing Plugs along with many other features introduced by Dayton Progress are discussed in the program.

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Click here to download this PDF publication.Protecting Your
Punching Tool Investment

Application-related problems and solutions

Economic shortcuts in the build process almost always add to production costs in the form of increased maintenance and production scrap. To avoid these costs, initial concerns should be directed toward the type of die construction.

Elements such as the stripper design, type of punch retention, and whether to use a hardened backing plate in a particular application tend to have the greatest effect on tool life.

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Click here to download this PDF publication.Balancing Wear, Strength, & Toughness
Tips for choosing tool steels, heat treatment, and surface treatments

Selecting the proper tool steels, heat treatment, and surface treatments for stamping of coated materials can be a complex and confusing process. To simplify this process, you first must understand a few basic facts about the available choices.

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Click here to download this PDF publication.Die Clinic: The Tooling

Like an iceberg, most of your die costs lurk below the surface. How many times has someone compromised quality or service for price? Die Clinic assists in reducing the true cost of producing metal stampings.

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Problem SolverProblem Solver:
A Guide To Metal Stamping Solutions

Troubleshoot problems by analyzing the cause and finding a solution.

Productivity SelectorProductivity Selector:
The Productivity Selector correlates different types of stock, grouped by tensile strength, type of clearance and the resultant burnish length and productivity rating.

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Click here to read more.Jektole Clearance Testing

We will punch your material with a range of clearances and return a sample with an analysis report.

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Perforating Round TubingPerforating Round Tubing

Perforating holes through one side of a round tube can present several unique problems for metal stampers. This article reviews the issues of tube deformation, punch point chipping, and slug control.

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