Whether you're using a high-speed stamping press to make simple parts at breakneck speeds or doing something really tricky, like deep drawing a material that puts up a lot of resistance, the information in this technology area is sure to help. The articles, case studies, and press releases cover stamping presses, lubricants, and materials.
February 24, 2009
Editor's Note: In-die joining systems help stamping shops to expand their operations to include subassemblies and full assemblies without additional downstream equipment and processes, so they can carve out a bigger share of the production work. This is Part II of a two-part article. Part I focused...
February 24, 2009
Richland Manufacturing, a subsidiary of Eagle Wings, a tiered automotive supplier, retooled with a new stamping press cell equipped with an electromagnetic die handling system. The retool effort also included installation of a 330-ton tie-rod type press, and a compact coil feeder.
February 10, 2009
What processes do you need to make sure your coil is flat? What is flat enough? You need to determine where you are at the start, where you want to end up, and how to get there. Once you have determined which shape problem you have you can determine which type of equipment is effective in controlling it.
January 27, 2009
This article the complete STAMPING Journal® Ask the Expert column, as answered by columnist Dennis Cattell of The Minster Machine Co., and published in the Jan/Feb 2009 issue:
January 13, 2009
Ensuring part quality and protecting dies are important considerations for any stamping operation. In-die analog sensors can help stampers reduce setup errors and downtime while achieving optimum part quality. This article discusses different applications for analog sensors.
December 15, 2008
Metal forming, stamping, and washing fluids traditionally have been thought of as "necessary nuisances" to be used once and thrown away. That mindset is changing.Incorporating "green" or environmentally friendly fluids and fluid management systems can extend fluid life and minimize waste, providing valuable cost savings.
December 14, 2008
Effective stamping professionals rely on scientific principles and not magic to determine and correct production problems. Find out how to troubleshoot wrinkles and rips and take corrective action by following a basic procedure that can be modified to troubleshoot almost any stamping issue.
December 14, 2008
In-die joining systems help stamping shops to expand their operations to include sub-assemblies and full assemblies without additional downstream equipment and processes, so they can carve out a bigger share of the production work.
November 11, 2008
3-D die design software allows you to build the die on the computer screen, fully assembled and ready to run as if it were built and sitting out on the shop floor. SolidWorks-based Logopress3 software even allows you to then simulate the die running in the press. Even better, it detects crashing and strip feeding interference problems on your computer screen rather than after the die has been built.
October 28, 2008
Hot stamping of automotive structural safety components developed in response to mandates levied by the U.S. National Highway Traffic Safety Administration (NHTSA) 1 to improve vehicle crash integrity while also reducing vehicle weight to help meet fuel efficiency standards. Heating a high-strength steel (HSS) component of a boron-steel alloy to the austenitic range—a super-heated solid solution state, ~ 1,700 degrees F (950 degrees C)—improved drawability, and then quickly cooling the part in a water-cooled die, or quenching, transformed the crystalline structure, increasing the formed component's strength-to-weight ratio.
October 28, 2008
You're almost at the end of a production run and your stamping die fails. What do you do? Replace the failed component? Attempt a repair? How do you decide which option is best? These questions—along with basic guidelines for repairing a die by welding—are answered in this article.
October 14, 2008
Stamping parts with vegetable oil is becoming more a reality every day. For a metal working lubricant—whether it be soluble, semi-synthetic, or synthetic—to be USDA-classified as biobased, it must contain, at minimum, 40 percent to 57 percent of renewable resources. Just because a product is biobased, made from a varying percentage of renewable resources, it does not necessarily make it readily or ultimately biodegradable. Green lubricants offer enhanced lubricity and a high viscosity index. These oils are less toxic to the environment and are easier to dispose.
September 30, 2008
Carbide is a two-phase, powder-metallurgical (PM) material consisting of a hard material phase and a binder metal phase. The hard material provides the necessary wear resistance, and the binder metal guarantees appropriate toughness. To select the appropriate grade for a tool and die application, it is important to have a detailed knowledge of carbide and how its properties can be influenced.