At the suggestion of multiple readers, I would like to take a deeper look into maintenance, especially total productive maintenance (TPM). Maintaining your machines and tools is important for your business. In many places, maintenance seems to be more reactive: if it breaks, fix it. Often, a better approach would be proactive maintenance: maintain it so it doesn’t break in the first place. In this first post in this series of articles on maintenance, I would like to look a bit into the history of maintenance. Subsequent posts will look deeper into why we need to maintain our stuff and how to do it. The overarching theme is guided by total productive maintenance, but I won’t hesitate to give my critical opinion where necessary.
Manufacturing is one of the drivers of modern prosperity. Most manufactured goods become cheaper and cheaper over time, adjusted for inflation. Services, on the other hand, usually become more expensive over time. In this blog post I dive a bit deeper into these changes, using the USA consumer price index as an example.
Becoming lean is an aspiring goal for many companies. In my first post I showed you how Toyota does it … and why this may not work for you. In this second post of this series I will show you how NOT to do a lean transformation, and try to highlight common mistakes. In a subsequent post I would finally like to show you possible options you have for your lean transformation. Read on!
Companies continuously need to improve to survive. Lean can help them with this continuous improvement, so many companies aspire to become lean. The question is, how do you do that? How do you do a lean transformation, or more generally a change management? In this post I would like to talk about what is needed for a company to start their journey to lean. Be warned, it is not easy, and it does require a lot of support from the very top.
The British potter Josiah Wedgwood (12 July 1730 – 3 January 1795) was not only a ceramic artist, but also on the forefront of the Industrial Revolution. Wedgwood brought science into the manufacturing process. He also introduced work standards, time sheets, and many other methods that are common in the modern-day workplace.
While experiments to gain knowledge were already well known in science, craftsmen still followed the old traditions and rarely improved their craft. Josiah Wedgwood was one of the first industrialists who used this scientific method of experimenting and collecting data to propel his wares to an never-before-seen level of quality. Combining this with his keen business sense, he and his firm prospered, and the works of his firm are still highly regarded even today.
Albert Kahn (1869–1942) is an often unknown but very influential figure in the history of manufacturing. An architect by trade, he revolutionized industrial architecture, and is often nicknamed the “Architect of Detroit.” Most modern factories have a design that goes back to his innovations. Since he was born exactly 150 years ago on March 21, 1869, it is a good time to look at his achievements.
Toyota Motor originated from the Toyoda loom factory, where Sakichi Toyoda invented looms. Probably the most famous one is the Toyoda Model G Automatic Loom. This loom touches on many points that are part of the Toyota Production System and lean manufacturing. During my last visit to Japan in September, I made some videos detailing many of the features of the Toyoda Automatic Loom from 1924. Be advised: Lots of images and videos ahead!
In my previous posts I explained how Hoshin Kanri works. This post looks at how Toyota embeds Hoshin Kanri as part of their overall management structure. Toyota started this in 1979 when director Masao Nemoto started the Kanri Noryoku Program (管理能力プログラム), usually shortened to KanPro.