Floating Selective Workshop Design
Introduction
In today’s competitive manufacturing market, the need to improve efficiency and quality has led to the need for more sophisticated methods of production. One of the most effective solutions to meet this demand is to implement a Floating Selective workshop design in order to maximize production and create a better working environment. This article will outline the concept of a Floating Selective workshop and explain its advantages as well as the potential drawbacks associated with it.
Definition
The term “Floating Selective workshop” is used to describe a particular type of workshop design wherein the machines are arranged in a modular fashion and the humans are in control of the material flow between the machines. The machines are not arranged in the traditional “straight line” method, but rather in a “floating” form. This means that the machines are connected but do not need to remain in a straight line. This makes it possible to move machines to the side of the line to make room for storage, or to the front of the line to create a more organized work area.
Advantages
The advantages of implementing a Floating Selective workshop design are numerous. Firstly, the layout of the machines in this type of workshop creates a more efficient production. The layout creates a smaller footprint for the machines and creates room for material to be stored near the machines, which allows for faster production. Furthermore, the modular arrangement of the machines also allows for better accessibility of the machines for maintenance and repairs. Additionally, the human side of production is improved by this design, as it allows for improved visibility into the different processes taking place. This improved visual accessibility reduces response times in setting up and solving problems, resulting in a more efficient production environment. Finally, a Floating Selective workshop is considered to be more ergonomically friendly, as it allows personnel to move more freely within the workshop and reduces strain on their bodies.
Potential Drawbacks
As with any type of design, there are potential drawbacks associated with implementing a Floating Selective workshop. Firstly, the increased flexibility of the floating arrangement of machines can lead to an increased chance of interfering with existing workflow processes. If the production line is not well-planned, then there are chances of workers having to move to different locations to fulfill their tasks and this can lead to confusion and wasted time. Additionally, if the machines are not arranged properly, there is a chance of tangling it with others and resulting in costly delays. Furthermore, this type of workshop design is more costly to implement than traditional straight-line designs, due to the increased technical complexity and area required.
Conclusion
To conclude, a Floating Selective workshop design is a great way to improve efficiency and create a better working environment in a manufacturing environment. It is capable of creating a more efficient production line with better visibility of processes taking place and more space for materials. Additionally, it is also ergonomically friendly, as it reduces strain on personnel. However, as with any type of workshop design, there are potential drawbacks associated with it, making it important to consider the pros and cons before implementing it.
