I agree with both of you. Although most of my online purchases seem to be fine, many of the consumer goods I buy from big-box stores are not. To the point where I've stopped patronizing them. There aren't that many our here in the boonies anyway, so I end up buying stuff either online or from small local mom & pop stores run by my friends and neighbors.
Nancy, I find it tough to believe that a company that treated workers like Foxconn did is likely to do anything they've said publicly about helping the displaced workers. The history of labor disputes in other places--like the US and Europe--makes me pretty cynical. And standards and attitudes about workers and their rights are very different in China from what we're used to in the West. As I posted on another discussion board, the problem with a lot of job displacement discussions is that they don't take into account the kind of new jobs created and the kind of old jobs that become no longer available to lesser-skilled people. The relationship between the skill level of the labor force and the kind of jobs available to it is not as balanced as many such studies would make one think.
I am a bit weary to order from those companies. They are not held to making perfect parts in the end. I may send thousands of dollars out of the country, it could be just like I threw it all out of the window.
To be fair, considering an overseas supplier is a rational thing to do from a business economics perspective. However, all cost factors should be considered including risk, and for small orders of custom parts the risk of not getting what you need is pretty high and should be weighed against the cost of something going wrong. Don't forget to factor in your customer's reaction in that case as well, if troubles with a chinese supplier cause you not meet commitments.
BTW - I saw your later post, and a 10 fold delta certainly makes a difference in that calculation. Sometimes you have to chose what is best your own business.
I do know of buyers that have been successful getting custom parts made in Asia, but I believe mainly because they could bury the cost of developing an Asian supplier in with the other business they were doing there.
Honestly, I never had anything made in China. But, the low price includes 5 day shipping. I imagine if the parts are wrong, I can get them re-worked. Though, I could be wrong. I have always gone with USA based manufacturers. But... I am considering a move.
Your experience with higher machine shop pricing could also be due to basic supply and demand. In the past year or so I have seen in my buiness that many shops are at or near capacity so they don't need to quote a low price to get your business.
And, although my personal experience was a few years back, the $5-$13 price ratio from China to the US seems to be narrower than when my company was buying machined parts from Asian suppiers.
Are you making the mistake of not considering the total cost of buying from Asia? Did that $5 include the cost of shipping? What will you do if Chinese parts come in wrong? In our case of a custom one-off machine we could make minor modifications to the design and rework parts to accomodate the errors but that negated the savings. Will you have the time for them to start over and redo the order, or rework the parts youself?
Even in our local stores we are seeing this problem, Bob. We bought some incandescent light bulbs from Home Depot the other day and when we plugged them in, some went "pop" and the filament opened - just out of the box!
Nancy--I agree completely with you one this one. I don't know if I have just had a run of bad luck lately but just about every consumer product I have purchased, especially the electro-mechanical products, have been "off-quality". Two were DOA right out of the box. The merchandisers give my money back or substitute for another but even then it's a real pain. In dealing with off-shore suppliers, we noticed their first piece products were excellent but then, after production was initiated, the quality dropped significantly. I'm talking about PC boards, ribbon cables, Mylar overlays, etc etc. Products that should represent a high degree of quality are really junk when they come over. It get old fast. I do quality control work for a Southeastern client and it is not unusual to have 30 percent dropout on Mylar products coming from China. The biggest problem is you can't talk to these vendors and get your point across. We have problems and need relief.
Cabe, I think you are right on the mark with your observation about "entitlement" attitudes in the U.S. - we have really lost our work ethic in this present generation. If people think they are entitled to be provided for, they certainly won't care about how other people are being treated.
My working career began with a paper route, progressed to fast food service, grocery store checker, faculty assistant to help pay for college, retail clerk on weekends while engineering tech during the week, to engineer, to engineering manager. Today, everyone kid thinks they should start at engineering manager...
I agree, sometimes the service industry is very enticing.
If prices jumped up to USA worker made standards, the country would have a fit.
What I am thinking is that we all suffer from a sense of entitlement. A friend of mine, who has been out of work for some time, refuses to take a job where they will get dirty for low wages. Illegals, another abuse group of workers, are willing to take those jobs.
I think we are all dooms to work in the service industry. I, for one, enjoyed being a waiter in my youth – so I will be ok with it.
Last year at Hannover Fair, lots of people were talking about Industry 4.0. This is a concept that seems to have a different name in every region. I’ve been referring to it as the Industrial Internet of Things (IIoT), not to be confused with the plain old Internet of Things (IoT). Others refer to it as the Connected Industry, the smart factory concept, M2M, data extraction, and so on.
Some of the biggest self-assembled building blocks and structures made from engineered DNA have been developed by researchers at Harvard's Wyss Institute. The largest, a hexagonal prism, is one-tenth the size of an average bacterium.
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