Shopfloor – Page 4 – AllAboutLean.com

Pacing of Flow Lines 1 – Unstructured and Pulse Line

April 5, 2021April 11, 2017 by Christoph Roser

Flow lines are often the best and most organized approach to establish a value stream. Hence, for flow lines or flow shops you can organize the processes much more easily than for many other types of production systems.

In this series of posts I will look at and compare different ways to pace your production processes. Please note that this is not line balancing about the work content for each process, but rather different options on when to start the work for each process. In the first post I will look at unstructured pacing and pulse lines. In my next post I will go into detail for the continuously moving line.

Line Layout Strategies – Part 3: Merging

April 5, 2021November 22, 2016 by Christoph Roser

In my last two posts (here 1 and here 2) I discussed line layouts, including the famous U-line. In the last post of this small series, I would like to wrap up the line layout discussions, looking at merging material flows and other things.

Line Layout Strategies – Part 2: I-, U-, S-, and L-Lines

April 5, 2021November 15, 2016 by Christoph Roser

The layout of a line can make quite a difference in the performance of your line. The U-line is most famous, although in my view while good it may not be the right thing for all situations. There is also the I-line, the S-line, and the U-line. In my last post I described some general thoughts on line design and took a look at the big picture. In this post I want to look at and compare actual line layouts, in particularly the I, U, S, and L layout. Let me give you an overview of the different options.

Line Layout Strategies – Part 1: The Big Picture

April 5, 2021November 8, 2016 by Christoph Roser

In flow shops, you have a production line of some sort. This may be an assembly line or a manufacturing line; this may be automatic or manual. In lean, you often hear about the famous U-line.

While this is a great solution, it may not fit all problems. Depending on the surrounding conditions, a different line layout may be beneficial. This post is the first in a series on line layout. In this post I would like to discuss what you should consider when designing a new line layout. The next post will look at actual line layout options.

Visit the Shop Floor or Your People Will Fool You! – Genchi Genbutsu

March 3, 2022March 8, 2016 by Christoph Roser

Jester — Only the fool trusts the presentation…

To manage your shop floor (or any other part of your enterprise), you need to have reliable data about the situation on the shop floor. Even with reliable data, the remaining uncertainty makes good management a challenge. Many managers, to save precious time, rely on data and information provided to them by their people. This is a grave mistake! Always verify at least part of the data with you own eyes! You would be surprised how different – and usually worse – it is in reality.

Line Balancing Part 5 – Balancing Using Paper

April 5, 2021February 23, 2016 by Christoph Roser

The previous four posts in this series for line balancing all looked at how to prepare the data and do some initial calculations. You could balance the line using a computer or – much better – do it using paper. In this fifth post, we now actually start to balance the line though shifting around small pieces of paper. In the next post I will show you some important tricks, and also how to do it on a computer (bah!).

Line Balancing Part 4 – OEE Usage and Flexibility

May 16, 2023February 16, 2016 by Christoph Roser

In the previous post we looked at the potential problems when using an OEE for line balancing. Now, in the fourth post on line balancing, we actually use the OEE to create target cycle times (or, alternatively, a target line takt) for our system before we start balancing the system in the next post.

Line Balancing Part 3 – OEE Caveats

May 16, 2023February 9, 2016 by Christoph Roser

When balancing a line, it is important to distinguish between idealized times without losses, and times that include all types of losses like breakdowns or missing material. The ratio between the ideal time and the real time is the OEE. This post looks at some of the problems that can happen with line balancing if an OEE is used incorrectly or differently, and is the third post on this series of line balancing. Once we have determined what OEE to use, we will look at how to use the OEE in line balancing in the next post.