flaskehalseanalyse

Flaskehalseanalyse, also known as bottle neck analysis, is a problem-solving technique used to identify and eliminate inefficiencies in processes. It is particularly useful in identifying the most significant constraint or bottleneck in a system, which, when improved, can lead to overall system improvement. The term "flaskehalse" translates to "bottleneck" in English.

The technique was popularized by Eliyahu M. Goldratt in his book "The Goal: A Process of Ongoing Improvement." It involves a series of steps to identify the bottleneck, which is the process step that limits the throughput of the entire system. Once identified, the bottleneck is improved, which in turn improves the overall system performance.

The steps in a flaskehalseanalyse typically include:

1. Identifying the system's goal.

2. Mapping the current process to understand the flow of work.

3. Measuring the performance of each step in the process.

4. Identifying the bottleneck, which is the step with the lowest throughput.

5. Exploiting the bottleneck by maximizing its capacity.

6. Subordinating other steps to the bottleneck to ensure a smooth flow of work.

7. Elevating the bottleneck by improving it, which may involve investing in new equipment, training, or other resources.

8. Repeating the process to identify and improve the next bottleneck.

Flaskehalseanalyse is widely used in various industries, including manufacturing, healthcare, and service sectors, to improve efficiency, reduce waste, and enhance overall performance. It is a valuable tool for continuous improvement and can be applied to both physical and abstract systems.