Tag: total value

Yesterday I visited a small factory owned by a friend of mine. I had visited the facility once before, when times were good and they had more orders than they could keep up with.  As I said, business was good, but the harder they worked the more they had issues with delivery, quality and cash flow.

During that first tour, I was chatting with my friend’s production manager. Pointing at the mountains of semi-finished goods on the factory floor, I explained that in those mounds were hiding defects (later to be discovered by customers), clogging the production cycle (impacting delivery), and tying up his boss’s cash (needed for sales, marketing and other investmens).  Reducing the WIP, I argued,  would be a solid first-step in turning the place around.

To my surprise, the production manager seemed well versed in LEAN. He understood how to balance the production on both sides of the bottleneck, and how to eliminate non value-added steps in the process.  He understood the value of JIT and Jidoka.

“All good stuff”, he said.  “But we can’t implement it here.”

Why? Because they were too busy for LEAN or JIT.   If they tried he explained, it would slow the process flow, resulting in even more delivery problems.  Yes, in principle it’s a good idea.  But not here.  Not now.

That was during the good times. Yesterday’s visit showed a much slower factory, with much fewer workers and lots fewer orders. Some things, however, haven’t changed. There are still piles of WIP on the factory floor, and (not surprisingly) they are still having quality, delivery and cash-flow issues. Once again, I broached the subject of LEANing the production flow, and once again there was a “good reason” not to. Whereas before they were “too busy” for LEAN, now there was “not enough work” to go LEAN. Now the thinking, it seems, is that if they go LEAN and utilize their labor (and other resources) efficiently then some people wouldn’t have enough work to be kept busy.   (I mentioned to him that the workers who were idled by balancing the line could be employed in his factory’s 5S efforts, but that didn’t go over too well).

This I’ve heard before.  LEAN makes sense.  It’s good stuff.  But not here.  Not now!  Here are some lame excuses to maintain waste in the production cycle:

  • People need to be kept as busy as possible. That’s the only way to be efficient. (Actually, processes need to be efficient– not people)
  • It works for Japanese and westerners, but for cultural reasons, Chinese can’t understand/implement/accept it. (Total bullshit.  LEAN works just fine in China)
  • LEAN production looks less busy and active, and people will think they don’t have to work hard. (Not really.  People are smarter than that– especially the workers who can see first hand how productive their team has become).
  • You will need to hire lots of additional people to do the clerical work required for LEAN. (Not true.  And if there were “extra work” to do, it could be done by some of the people made temporarily redundant by balancing the line).
  • People want to do the same repetitive tasks over and over all day.  It makes them feel like experts. And the longer they perform that one task, the quicker and better they become.  (I doubt it.  But even if it did make them faster, it wouldn’t make production faster or any better.)
  • LEAN is great if you have large production runs, or if all of your items utilize similar process steps. But our low-volume/high-mix model can’t be LEAN. (100% wrong.  LEAN is great for low-volume/high-mix production.  LEAN makes your facility flexible and agile).

LEAN is about reducing waste and adding value.  Adding value for shareholders and customers is important, but to be truly successful in the long run, an organization should strive to add value to all of its relationships, benefiting its employees, its community and, of course, its vendors.

Here’s an example of a “LEAN” organization that didn’t get this point:

The China manufacturing subsidiary of a Really Big Corporation  (we’ll call them “RBC” for short) purchases small volumes of manufactured components from it’s vendors.  In order to cut inventory costs and reduce lead-times to almost zero, it requires its vendors to stock both excessive amounts of raw materials  and also a fairly large quantity of it’s finished goods (which are the customer’s components).

The strategy is, in the narrowest sense, successful.   RBC holds almost no component or material stock, and yet, whenever RBC needs one or one thousand components for it’s manufacturing, they are always on-hand immediately.  Zero Stock!   Zero Leadtime! And if RBC has a spike in demand it’s no problem (for them)  because their vendors have been commanded to hold lots and lots  of raw material on-hand.  Just in case. (Better safe than sorry, I always say)

OK, they’ve added value for the shareholders; cash flow is improved and the risks associated with stocking is drastically reduced.  And they’ve added value for the customer, because lead times are reduced and flexibility  is enhanced.

The problem is that RBC has not really reduced waste, it has just dumped it upstream, which is as smart as pissing into the wind (or tugging on Superman’s cape).   Because the waste that RBC has driven out of its internal material flows has now shown up as liability on the balance sheets of its vendors.   And make no mistake, the waste is flowing back to them– as a result of waste dumping, RBC cannot command the  price reductions in might, because vendors are raising prices in an effort to  offset the cost of carrying  so much slow-moving inventory.  In some cases valuable vendor relationships, costly for RBC to initiate and develop, are in jeopardy, meaning that they will likely  spend time, money and “bandwidth” to find, qualify and train new vendors.

The sad part is, it doesn’t have to be this way.  RBC could have achieved a most of its objectives without unduly burdening its vendors by working with them to set up reasonable and fast-moving buffer stock procedures.  How this is done would vary from vendor to vendor, but to a certain extent, it can be accomplished.  An added benefit is that the vendors who were not versed in LEAN could have learned some valuable inventory management techniques.

Don’t worry too much– RBC will be just fine (they are, after all, Really Big).  In addition, I understand that they are open to learning, and may change their ways.   I write about it because I hate  to see otherwise respectable and forward-thinking companies giving LEAN a bad rap with this type of implimentation.

If you’ve spent any time in the Pearl River Delta recently, you’ve probably spent much of it discussing the rising cost of manufacturing here. Margins are being squeezed by ever rising material, labor and logistical costs. People running facilities here are talking about moving inland, moving out of China, or closing up shop. But there are alternatives to going broke or opting out. Here are a few I’ve explored, both in my own facility, and in conversation with other factory owners and managers.

  • Change product mix Concentrate more on higher margin production, those with more design or technology value.
  • Outsource labor-intensive process steps Within existing product mix, try to outsource the more labor-intensive process steps and concentrate in-house on the higher value-added processes.
  • Add value with flexibility Change production management to competitively manufacture low volume/high mix/quick turnaround, allowing for higher margins.
  • Go lean When costs rise, reducing waste throughout the organization becomes more important. If “lean” was just a buzzword yesterday, it will be a competitive advantage tomorrow
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