Understanding Statistical Process Control (SPC) and Top Applications
What is Statistical Process Control?
SPC is typically defined as a method of using statistical
analysis to control and measure quality, thereby improving the manufacturing
process. Manufacturers collect quality real-time data in the form of process or
product measurements taken from different instrumentation and machines. The
collected data is then used to monitor, evaluate, and control the manufacturing
process.
By gathering this information and displaying it on graphs
and charts, manufacturers can see if their processes are functioning at their
highest potential. SPC highlights the areas that need improvement, enabling
companies to eliminate waste, delays, and the likelihood of producing defective
products.
The History of SPC
It may surprise you to know that statistical process control
has been around for almost a century. In 1924, Doctor William Shewart of Bell
Laboratories researched methods of improving manufacturing quality and lowering
costs, which laid the groundwork for SPC. He created the control chart to
determine whether a process was in or out of control. He published a book,
“Statistical Method from the Viewpoint of Quality Control,” in 1939.
The US military relied heavily on SPC during the Second
World War, to oversee product quality in weapons and munitions without
sacrificing safety. Unfortunately, SPC fell out of practice when the war ended.
After the war, Dr. W. Edwards Deming refined and updated
Shewart’s work and brought it to Japan, where Japanese businesses
enthusiastically embraced the ideas. SPC helped Japan recover its manufacturing
capability and even exceed it, giving the Japanese a world-wide reputation for
industrial excellence.
Finally, in the 1970s, the United States, feeling the
pressure of the competition stemming from Japan’s high-quality manufactured
goods, began to adopt SPC. Today, statistical process control can be found all
over the world.
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