Not a Registered User? Join Now! Log in

Articles tagged with "piercing"

Results: 26

	How to avoid the top 10 problems in plasma cutting: Practical tips you can use right now By: Chuck Landry, Contributing Writer Attention to detail at the outset can save plasma cutting operators a load of trouble during production. Publish date: February 19, 2001 Tech cell: Plasma Cutting
	Using plasma arc cutting to clean-cut stainless steel sheet and plate: Variables to consider By: Stephen St. Hilaire, Contributing Writer To clean-cut stainless steel sheet and plate, fabricators first must choose the right CNC cutting equipment and then set the correct process-related variables. Precise machine motion controls, torch-to-material distance control, and the correct plasma and assist gases all are crucial to producing weld-ready plasma-cut edges on all stainless steel thicknesses. Publish date: May 30, 2001 Tech cell: Plasma Cutting
	Designing for abrasive waterjet fabrication: Forethought, flexibility can help cut corners By: John H. Olsen, Contributing Writer Array Publish date: Array Tech cell: Waterjet Cutting
	Recent developments in abrasive jet software By: John H. Olsen, Contributing Writer Software is an integral part of a waterjet cutting system. Advances in controller software compensate for common jet cutting errors, such as lag, striations, taper, and kerf; offer improvements in cutting functions; and reduce the time it takes to produce parts Publish date: June 12, 2007 Tech cell: Waterjet Cutting
	Jet cutting accessories By: John H. Olsen, Contributing Writer The right accessories can help you make the most of your waterjet cutting system and prolong system life. Among the accessories discussed in this article are garnet feeders, removers, and recyclers; abrasive agitators; taper management tools; optional nozzles; piercing accessories; standoff controls; water treatment solutions; and material handling and support options. Publish date: August 8, 2007 Tech cell: Waterjet Cutting
	Designing for abrasive waterjet fabrication Forethought, flexibility can help cut corners: Forethought, flexibility can help cut corners By: John H. Olsen, Contributing Writer Thinking ahead during the design stage of a fabrication can save part production time, assembly time, fixturing, and, weld preparation time—and therefore, cost. Designers need to be familiar with abrasive waterjet features to optimize efficiency. Publish date: April 10, 2007 Tech cell: Waterjet Cutting
	Hydroforming of tubes, extrusions, and sheet By: Klaus Siegert, Markus Haeussermann, and Bruno Losch, Contributing Writer Recent advances at the University of Stuttgart and acfross the industry have opened doors for hydroforming all kinds of materials and shapes. Publish date: May 15, 2001 Tech cell: Hydroforming
	Making the most of hydroforming: Pursuing product potential and possibilities By: Klaus Heimerl and Ulrich Lücke, Contributing Writers Hydroforming has become a competitive metal forming method and has succeeded in many applications because of its weight- and cost-saving attributes, elimination of joining operations, and ability to offer part design for confined spaces. Publish date: September 25, 2003 Tech cell: Hydroforming
	Equipping Your Press With the Right Tonnage Monitor By: Dan Falcone, Contributing Writer This article explains why it's useful to monitor press tonnage, the types of tonnage monitors available, the choices for mounting load sensors, calibrating a monitor, and options available for tonnage monitors. Publish date: November 15, 2002 Tech cell: Press Technology
	Designing progressive dies: Reviewing the basics of progressive tooling By: Michael Korneli, Contributing Writer Decisions and compromises must be made when designing progressive dies to produce a part. Knowing ahead of time what this process entails just might help you. Publish date: September 17, 2001 Tech cell: Tool and Die
	Die Design for flat parts: Achieving perfection in a difficult task By: Art Hedrick, Contributing Writer Flatness is one of the most difficult part characteristics to achieve in a conventional stamping die. Publish date: February 19, 2001 Tech cell: Tool and Die
	Protecting dies against press system faults By: Harry J. Walters, Contributing Writer The need for die protection has existed ever since the first die was produced. The most elementary form of protection has always been an alert, dependable operator. However, an operator cannot always react to a problem before it damages a die. Publish date: May 30, 2001 Tech cell: Tool and Die
	Selecting a pressure system for a stamping die By: Art Hedrick, Contributing Writer Author's Note: Before I begin, I would like to take this opportunity to express my sincere thanks to thefabricator.com's readers. I hope you have enjoyed the stamping articles, and I am excited about writing for 2004. I also would like to wish all of you a great holiday season as well as a prosperous and successful year. Best holiday wishes!Art Publish date: December 11, 2003 Tech cell: Tool and Die
	Die Basics 101: Part I By: Art Hedrick, Contributing Writer Publish date: April 11, 2005 Tech cell: Tool and Die
	Die Basics 101: Part X By: Art Hedrick, Contributing Writer This article, Part X of a series covering stamping die fundamentals, begins an in-depth look at the metal cutting process. It covers piercing and cutting clearance and discusses some common piercing misconceptions. Descriptions of and links to the first nine articles in this series can be found at the end of this article. Publish date: October 10, 2006 Tech cell: Tool and Die
	Die Basics 101: Part XI By: Art Hedrick, Contributing Writer This article, Part XI of a series covering stamping die fundamentals, offers an overview of slug pulling—a problem that can damage parts and tools significantly—and explains the different causes. Part XII will cover corrective and preventive actions. Descriptions of and links to the first 10 parts in this series can be found at the end of this article. Publish date: December 12, 2006 Tech cell: Tool and Die
	Die Basics 101: Part XII By: Art Hedrick, Contributing Writer Part XI of this series covering stamping die fundamentals defined slug pulling and discussed some underlying reasons that it occurs. This article describes some methods for resolving slug pulling problems. Descriptions of and links to the first 10 parts in this series can be found at the end of this article. Publish date: February 13, 2007 Tech cell: Tool and Die
	Die Basics 101 -- Part XIII By: Art Hedrick, Contributing Writer Pinch, breakout, and shimmy trimming are cutting methods often used in stamping operations. This article, which is a continuation of a series on die basics, discusses these processes. Descriptions of and links to the first 12 parts in this series can be found at the end of this article. Publish date: April 10, 2007 Tech cell: Tool and Die
	Getting the most from your cutting punches: Part I By: Art Hedrick, Contributing Writer Selecting the right cutting clearance and tool for an application is among the challenges stampers face. Material properties and other factors influence this decision. Following some basic guidelines presented in this article can help you select or design the best tool for your needs. Publish date: February 12, 2008 Tech cell: Tool and Die
	Getting the most from your cutting punches: Part II By: Art Hedrick, Contributing Writer Publish date: April 29, 2008 Tech cell: Tool and Die
	Sheet Metal Stamping 101: Array By: Art Hedrick, Contributing Writer Array Publish date: Array Tech cell: Tool and Die
	Sheet Metal Stamping 101 Part IV: Cutting processes: Part IV: Cutting processes By: Art Hedrick, Contributing Writer Continuing his series about sheet metal stamping, tool and die expert Art Hedrick explains common cutting operations used in stamping: trimming, piercing, blanking, notching, shearing, lancing, and pinch trimming. Find out how they work and which applications are appropriate for each. Publish date: October 27, 2009 Tech cell: Tool and Die
	Producing holes in tubing: Comparing the piercing and punching methods By: Todd Bryson, Contributing Writer Need to put a hole in a tube? This article provides an overview of tube punching and tube piercing, exploring the different variations of each method and comparing the two methods on cost, safety, and flexibility. Publish date: May 15, 2003 Tech cell: Tube and Pipe Fabrication
	Making seamless tubing with a floating mandrel mill By: Ray Miller, Contributing Writer Publish date: September 17, 2001 Tech cell: Tube and Pipe Production
	Cutting through five myths about modern lasers: The truth behind laser cutting technology By: Dan Robinson, Contributing Writer Whether you're operating a 10-year-old laser machine or evaluating the purchase of a new one, staying up-to-date on current laser cutting technology and techniques can be the key to maintaining a competitive edge. Publish date: February 12, 2004 Tech cell: Laser Cutting
	Getting into the thick of high-powered lasers: Increased resonator wattage opens the door to plenty of opportunities By: Rick Neff The new high-powered lasers allow fab shops to serve a broader range of custom needs. Publish date: December 11, 2007 Tech cell: Laser Cutting