John Navarro’s picture

By John Navarro

 

Today’s competitive environment requires many businesses to register their quality management systems (QMS) to ISO 9001. Although debate on the overall effectiveness of registration continues, each year an increasing number of organizations seek it. So what’s significant about acquiring ISO 9001 registration? What makes the following case study about a nonprofit association achieving ISO 9001 registration particularly compelling?

What’s compelling is the “it can be done” spirit and the collective commitment of the management team and each employee to collaborate throughout the registration process. That was the path followed by this nonprofit, the Life Options, Vocational and Resource Center (LOVARC), which demonstrated a positive outlook, a truly compassionate effort, and a deep involvement in each stage of compliance to the standard. In fact, LOVARC embraces this work ethic every day supporting enlisted personnel at Vandenberg Air Force Base, located near Santa Barbara, in Lompoc, California. LOVARC manages a full food-service operation for the 30th Space Wing headquartered at Vandenberg, doing everything from receiving raw goods to preparing food and cleaning up.

Matthew Kopecky’s default image

By Matthew Kopecky

 

 

10 Steps to Creating a Culture of Quality

 

• Guarantee that processes are controlled across the entire supply chain.

• Create a risk-based system for gauging and ranking suppliers.

• Realize that quality problems always exist.

• Implement proper escalation procedures.

• Determine the root causes of issues in the supply chain.

• Apply effectiveness checks in a closed-loop system.

• Ensure companywide corrective and preventive action policies.

• Institute a proper process for customer complaint and inquiry management.

• Identify customer needs and resolve issues for continuous improvement.

• Eliminate the disconnect between C-level management and quality controllers.

 

S. Bala’s picture

By S. Bala

The United States spends 16 percent of its gross domestic product (GDP) on health care, more than any other nation. Although that investment has produced medical experts and breakthroughs envied the world over, a great majority of U.S. citizens are unhappy with the end results. When the nonpartisan Commonwealth Fund conducted a poll of U.S. health care consumers last year, 69 percent expressed strong dissatisfaction with the current health care system. In a 2007 survey, the same group found U.S. respondents twice as likely to support a complete overhaul of their system than those from Canada, Germany, the Netherlands, New Zealand, Great Britain, and Australia--all nations that spend half as much GDP as the United States on health care.

Quality Digest’s picture

By Quality Digest

 

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Welcome to Quality Digest’s 2008 Calibration Software and Services Directory

On the following pages you’ll find nearly 200 companies that can help you properly calibrate your measurement equipment. Included in each listing is the company name, address, telephone and fax numbers, web address, and a key showing whether the company in question provides calibration software (SW), services (SVC), or both. Further information, including detailed descriptions of these companies’ products and/or services, can be found online at www.qualitydigest.com/content/buyers-guides.

Quality Digest hasn’t evaluated, nor do we endorse, any of the following calibration software and/or service providers. This directory is intended to be used as a guide; please contact the companies themselves for further information.

Good luck in your search for the right calibration software and/or services provider.

R. Stephen Flynn’s picture

By R. Stephen Flynn

What Is Multisensor Metrology?

Multisensor metrology is dimensional measurement on a measuring machine that utilizes two or more different sensor technologies to acquire data points from features and surfaces of a part to perform more measurements than would be possible on a machine using a single sensor. Most multisensor machines are motorized and use software that repeats predetermined measurement sequences without the need for user interaction.

Most articles about measuring devices, instruments, or systems describe what they do and how they work. The manufacturers of these systems want readers to know about the innovation and technology that went into them. However, the missing part of such articles is how to use the measuring system to get the information that the user needs to make decisions. This article looks at multisensor metrology from a user’s perspective.

Quality Digest’s picture

By Quality Digest

 

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Manufacturers of all kinds depend on the accurate measurement of products and parts to ensure that they conform to the needs of their customers. Whether for size, shape, weight, length, or depth, proper dimensional measurement can mean the difference between a happy customer and a lost contract.

The three guides in this section will help you ensure proper dimensional measurement. The 3-D Measurement buyers guide provides a listing of major companies offering high-tech coordinate measurement machines and other 3-D measurement equipment. Companies listed in the Optical Dimensional Measurement Systems buyers guide and/or the Vision Systems buyers guide amplify the power of sight for product inspection and approval.

Philip Hewitt’s picture

By Philip Hewitt

On-machine verification (OMV) is a recent innovation that combines existing technologies to solve more complex measurement problems on machine tools. Many machine tools are equipped with probing systems, and using the probe for simple part setting is an established process. Simple macro-based probing cycles allow the user to measure basic features such as faces, corners, and bosses, and these can be combined to create rudimentary inspection reports. These basic solutions are restricted to simple 2-D measurement because 3-D measurement is just not practical. Although skilled operators can sometimes adapt probing macros to measure along compound angles, this becomes too difficult and too time-consuming for complex, curved surfaces.

OMV solves these problems using graphical 3-D software methods to program the measuring sequences. The programming and reporting tools from inspection software are combined with machine tool post-processor expertise to create a measuring solution for machine tools.

Tom Pyzdek’s picture

By Tom Pyzdek

One day, early in my quality career, I was approached by my friend Wayne, the manager of our galvanizing plant.

 "Tom," he began, "I've really been pushing quality in my area lately, and everyone's involved. We're currently working on a problem with plating thickness. Your reports always show a 3-percent to 7-percent reject rate, and we want to drive that number down to zero."

 I, of course, was pleased. The galvanizing area had been the company's perennial problem child. "How can I help?" I asked.

 "We've been trying to discover the cause of the low thicknesses, but we're stumped. I want to show copies of the quality reports to the team so they can see what was happening with the process when the low thicknesses were produced."

 "No problem," I said, "I'll have them for you this afternoon."

Gil Zweig’s picture

By Gil Zweig

Real-time X-ray inspection systems have been used in quality assurance applications for more than 25 years. In electronics manufacturing, for example, X-ray inspection ensures the registration of drilled holes to internal pads of multilayer printed circuit boards. In electronic assembly applications, X-ray inspection ensures the quality of hidden solder bonds of surface-mounted components such as ball-grid arrays, as seen in figure 1 below.

Now real-time X-ray inspection is becoming an important tool for ensuring the quality of many medical devices. These devices incorporate a diversity of materials, including polymers, rubbers, steel, titanium, ceramics, and glass. Real-time systems employ fluoroscopic imaging devices to display the device’s X-ray image in a video format.

Quality Digest’s picture

By Quality Digest

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Welcome to Quality Digest’s 2008 State Quality Awards directory. On the following pages you’ll find a state-by-state summary of available awards, contact information and award summaries, including who may apply and deadline dates. We’ve done our best to include only the information that we’ve personally confirmed, but we nevertheless recommend that you contact award administrators directly to verify important dates, requirements and other critical data.

We wish you the best of luck on your journey to quality award recognition.