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Content tagged with "sensors"

Results: 17

Article

July 2, 2009
The pressure is on The 400-ton pressure testing setup shows the die components and bumper blocks. The traditional method of measuring pressure distribution in stamping operations—the die spotting blue technique—indicates the pressure points but not how much pressure. This makes it difficult to... Read more...

Article

June 7, 2009
Measurement, assembly, and welding: Ultra Tool's quest for in-die perfection: Part II Editor's Note: The following is the second article in a three-part series on in-die operations at Ultra Tool & Manufacturing. Part I covers in-die measurement and springback compensation. Part III covers the company's in-die projection welding setups . Ultra Tool & Manufacturing has made... Read more...

Article

January 13, 2009
Using analog technology to errorproof the stamping process Measuring important part features using analog sensors during the stamping process can reduce the need for time-consuming in-process checks, expensive attribute gages, and costly part-sorting at the press. A die protection program that prevents mis-hits and die crashes and prevents unplanned... Read more...

Article

September 16, 2008
Sensors evolve to meet new errorproofing role Figure 1 Click image to view larger Minisensors contain amplifiers within their housings Choosing the right sensor is one of the most important strategic decisions a world-class manufacturer makes. Sensors provide a simple means to improve the overall production process and product... Read more...

Article

April 15, 2008
Sensors clear the way for high-speed stamping Tennessee Stampings (Portland) LLC stamps 100 million ride control components (struts and shocks) annually. To sustain high-speed stamping, the company puts sensors on all of its dies to prevent collisions and the production of defective parts that would bring its presses to a screeching... Read more...

Article

April 15, 2008
Where sensors make sense Sensor-driven errorproofing can help stamping shops prevent the production of bad parts, die crashes, and downtime. Metal formers today find that increasingly customers are no longer satisfied with just a low percentage of defective parts, measured in parts per thousand. Today customers... Read more...

Article

March 11, 2008
Coming to your sensors The most difficult aspect of implementing a stamping sensor program is figuring out where to place the sensor. For example, in this application, two stamping sensors on opposing ends of the die face each other and communicate across an air gap that runs the length of the die. (Photos and... Read more...

Article

December 11, 2007
Optimizing a single probe, gap-tolerant, double sheet detector system In the sheet processing industry, it seems that nothing is so desired, yet so elusive, as a single-probe, gap-tolerant double-sheet-detection system. Nearly everyone would like to use a double-sheet sensor that acts like a regular proximity switch—that is, one that can detect double blanks... Read more...

Article

October 9, 2007
Ridin' the storm out Editor's Note: This is the third article in a three-part series on Tennessee Stampings LLC. Part I in August explored the company's lean practices. Part II in September discussed how the company's use of sensors and mistakeproofing led to its growth. Part III examines the company's... Read more...

Article

October 9, 2007
Ridin' the storm out Part III Editor's Note: This is the third article in a three-part series on Tennessee Stampings LLC. Part I in August explored the company's lean practices. Part II in September discussed how the company's use of sensors and mistakeproofing led to its growth. Part III examines the company's facility... Read more...

Article

September 11, 2007
Ridin' the storm out Part II Editor's Note: This is the second article in a three-part series on Tennessee Stampings LLC. Part I explored the company's lean practices. Part II discusses how the company's use of sensors and mistakeproofing led to its growth. Part III, which will appear in the October issue, examines the... Read more...

Article

March 13, 2007
Error-free tube fabrication In addition to detecting the weld seam, some modern electronic sensors are sophisticated enough that, when properly programmed, they can differentiate between a good weld and a bad one. Picture the activity in a typical automotive assembly plant. Dozens of synchronous industrial processes... Read more...

Article

February 13, 2007
Protecting metal stamping dies In most industries, improving process efficiency is an imperative part of product manufacturing. It is becoming increasingly important in metal stamping facilities throughout the world as competition requires that products to be made at a much faster rate and at a greater level of conformity.... Read more...

Article

February 8, 2005
Sensors help stamper get firmer foothold in motorcycle part fabrication When stamper Ultra Tool & Manufacturing, Menomonee Falls, Wis., ventured upon an opportunity to produce a unique and challenging project for one of its customers, a well-known U.S. motorcycle manufacturer, the company jumped on it and put the pedal to the metal. The road to success,... Read more...

Article

January 11, 2005
Implementing a stamping sensor program—uphill Stamper and toolmaker Ultra Tool & Manufacturing, Menomonee Falls, Wis. had been installing basic stamping die protection for 15 years. Whisker sensors, positive stops, and, in some cases, part-out sensors comprised the limited sensor system for dies that ran in automatic mode. However,... Read more...

Article

July 13, 2004
Controlling double sheet in stamping operations Almost everyone has experienced a double-sheet problem. Copiers, printers, and fax machines sometimes feed two sheets, which then jam the machines and have to be removed. While two sheets of paper seldom cause major harm to office equipment, two sheets of metal can cause major damage to tools... Read more...

Article

September 4, 2001
Recovering from press overload: Protection systems help to sense overload and minimize machine, tool damage Figure 1: Once activated, the upper portion of the overload system remains stationary, while the lower portion pushes upward with the slide to relieve the overload. A hydraulic overload protection system senses an overload condition in mechanical presses and releases hydraulic... Read more...

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