2013 STAFDA Recap

stafda

Just returned from the 2013 STAFDA Show in Las Vegas. According to STAFDA, attendance was up to around 4,900 participants.

The show for the most part was upbeat, and the economic forecast for the next few years looks promising for the construction market.

I talked to several manufacturers and they seemed happy for the most part on the turnout for the trade show. The last day didn’t set any records, but most trade shows don’t.

In talking with several distributors and a few buying groups that were there, they confirmed that they were having great growth in 2013 and expect it to continue into 2014.

It was nice to go to a distributor/manufacturer meeting where both sides were positive. Hopefully the crystal ball will be right.

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2013 STAFDA Recap

stafda

Just returned from the 2013 STAFDA Show in Las Vegas. According to STAFDA, attendance was up to around 4,900 participants.

The show for the most part was upbeat, and the economic forecast for the next few years looks promising for the construction market.

I talked to several manufacturers and they seemed happy for the most part on the turnout for the trade show. The last day didn’t set any records, but most trade shows don’t.

In talking with several distributors and a few buying groups that were there, they confirmed that they were having great growth in 2013 and expect it to continue into 2014.

It was nice to go to a distributor/manufacturer meeting where both sides were positive. Hopefully the crystal ball will be right.

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Flush With Gratitude!

logo_bigThe can, John, latrine, porcelain throne, commode, potty… No matter what you call it, the toilet is an important part of daily life.

Today is World Toilet Day. World Toilet Day was started to bring awareness to the global sanitation challenge. Here are just a few facts about the global sanitation challenge:

  • 2.5 billion people do not have a clean toilet
  • Sanitation is a human right
  • Safe toilet facilities keep girls in school
  • Sanitation is a good economic investment

You can read more information about World Toilet Day and the facts above here.

We have the pleasure of working with companies serving the tradesmen that keep our toilets in excellent flushing order and help maintain the sanitation systems that we rely on. Their jobs are not considered glamorous, but they are so important.

Today, and every day, we are flush with gratitude toward them for everything they do!

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Tradesmen Take Note: Earnings by College Major Compared to Precision Machining

I’ve discussed this in previous posts how there are other options besides a 4-year college degree and the debt that comes with it when choosing a career path. Today, discussing salary comparisons, we have a guest post from Miles Free, Director of Technology and Industry Research for PMPA (Precision Machined Products Association).

Many people think that the choice of where they went to school is an important factor in their post graduation earnings.

report from Georgetown University shows that the choice of major has a much greater influence on those earnings.

We thought that we would show how the average wage of a skilled machinist compares to those earnings – without the  4+ years of college and the debt most graduates build up while at school.

Our figures for the skilled machinist were taken from our latest Shop Hourly Employee Wage Report and represent the annual straight time hourly earnings for a setup qualified multiple spindle, rotary transfer, Swiss type, or multi axis CNC turning/machining center operator.

The machinist earnings are a low estimate, frankly, because many machinists are scheduled overtime.

The college major earnings data was posted by Planet Money on the NPR site. It was originally prepared by the authors of the Georgetown study.

Average earnings of setup qualified precision machinists exceed those of lowest earning college majors- with out the college loans to repay

Average earnings of setup qualified precision machinists exceed those of lowest earning college majors – without the college loans to repay.

We were well served by our college degree, eventually. The problem was, when we graduated, we were making more in manufacturing than our degree would earn us in an entry level position in our field.

If you have the passion for academics and a 4+ year university program, that’s great.

But if you know that you really aren’t “scholarship” material, and you’d rather be doing exciting work than writing papers and piling up student debt, we think it will be worth your time to investigate a career in precision machining – or any other craft like electrician, mechatronics, welding, tool and die making, robotics…

Successful completion of high school math algebra, geometry, trig is all that is needed to be able to do the math for precision machining.

We’d love to help you start your well paying career.

More information:

Career overview

Career benefits

Career training

P.S.  I interviewed a member CEO today: Their machinists averaged $50,000 last year, plus top-of-the-line medical, vacation, holidays, personal days, uniforms, plus company paid training and more…You should really give serious thought to gaining a skill rather than a degree.

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From MAGNET: New Research Supports toe Positive Effect of Co-locating Production and Innovation

This post originally appeared on MAGNET’s  Manufacturing Success blog and is reposted with permission.

New Research Supports the Positive Effect of Co-locating Production and Innovation

A Preview of the MIT Production in the Innovation Economy Report, released February 22, 2013

The preliminary results of a new research report on innovation in manufacturing caught our eye here at MAGNET recently.

In 2010, MIT’s President, Susan Hockfield, launched the MIT Production in the Innovation Economy (PiE) research group  to answer the question: “What kinds of production do we need–and where do production facilities need to be located–to sustain an innovative economy?”

The PiE group also worked to answer these questions:

“How do production capabilities here and abroad contribute to sustaining innovation and realizing its benefits within our own society?”

“How did this new global economy of fragmented research, development, production and distribution come into being? And what does this mean for the future of the U.S. economy?”

The group analyzed these questions in relationship to large U.S. corporations, start-ups companies that had achieved commercialization, and small- and mid-sized U.S. manufacturers (referred to as “Main Street Manufacturers”).

In late February, the group released its thought-provoking preliminary report (the final report will be published in the fall).

The report’s conclusion:

“What’s held manufacturing in the United States…was the advantage firms gain from proximity to innovation and proximity to users. Even in a world linked by big data and instant messaging, the gains from co-location have not disappeared.”

Since the U.S. share of the world market has declined from 34 percent in 1998 to 28 percent in 2010, the PiE group identifies a key danger point to be the declining weight of the U.S. in the global economy, even though the output of U.S. high-tech manufacturing is still the largest in the world.

The group also reports it’s fear that “the loss of companies that can make things will end up in the loss of research that can invent them.”

The group’s research revolved around interviews with 255 manufacturing firms around the world. Besides interviewing companies in Germany, China, Japan and other countries, the group interviewed 178 U.S. firms–37 in Ohio alone, the largest number in any single state.

Based on these interviews the PiE group suggests that small- and mid-size manufacturers in the U.S. depend almost entirely on their own internal resources for growth. It concluded that the innovations of “main street” manufacturers in the U.S. did not lead to greater profits or faster growth. This partly due to the absence of what the PiE group called   “complementary capabilities” that companies can draw on to supplement their own resources when they seek to develop their new ideas.

Comparing U.S. manufacturers to those based in Germany, they found that:

“German manufacturers do not create new businesses through start-ups (the U.S. model), but through transformation of old capabilities. German manufacturers had not only their own legacy resources, but also access to a rich and diverse set of complementary capabilities in the industrial ecosystem: suppliers, trade associations, industrial collective research consortia, industrial research centers, Fraunhofer Institutes, university-industry collaboratives, and technical advisory committees.”

However, the group did find some U.S. examples of the kind of collaboration that might lead manufacturers to profit more from their innovation efforts. Two of these examples were in Ohio:

  • The Timken Company’s collaboration with the University of Akron on a coatings laboratory is cited as a positive model for public/private sharing of research and innovation resources.
  • The report also mentions the recently established National Additive Manufacturing Innovation Institute (NAMII) in Youngstown as an encouraging example of risk-reduction and risk-pooling.

In it’s conclusion, the report suggests:

“If we can learn from these ongoing experiments in linking innovation to production, new streams of growth can flow out of industrial America.”

From MAGNET’s perspective, the PiE group’s conclusions about the need for complementary capabilities seem to confirm the propositions underlying our Partnership for Regional Innovation Services to Manufacturers (PRISM.  The innovative, growth-oriented companies that participate in PRISM benefit from MAGNET’s formal and informal connections to universities, research centers, government resources, workforce and talent development services and many other resources around the region.

If your company is interested in getting more out of its innovation investment, find out more about PRISM by contacting Linda Barita at 216.391.7766. Or visit the PRISM landing page on MAGNET’s website.

You can read the original post here.

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