What are the different types of design line design?

The design line design is essential for the efficiency and productivity of any type of assembly or production line in a factory environment. Different types of designs will work best in certain environments, with factors such as the space for line, type of goods produced and even production roles in selecting the best line configuration. Although many variables are associated with the production line design, most methods use the line design, the U -shaped design or the so -called mixed model design.

The straight line is one of the more common examples of the production line design. As the name suggests, the layout for the line is more or less the only line that runs in one direction. Along the way, employees will perform specific features that will eventually lead to finished units of the product that is produced with factory settings. The design line of this type can also be adapted for small companies, creating a working environment that allows a structured and logical process to complete the basic tasks.

Another option with the design line design is known as the U design. With this approach, the distribution of the horseshoe configuration allows the goods that introduces the goods at one end, and then moves the goods around the open loop. Along the way, machines or individual workers connect or add an element to the goods, resulting in a finished unit, because every good one reaches the end of the assembly line. Configuration of this type is often useful if you need to set a line in a smaller amount of space. Larger production floors, which must adapt multiple goods production, can sometimes use this approach because it is possible to set up a number of U -shaped lines in a much smaller space than to try to operate multiple lineups.

Mixed mconstruction Odl for design of production line seeks to draw on the properties and advantages of direct line and shape U, minimizing any perceived liabilities associated with oneapproach. The model of this type can be seen similarly to a road that is sometimes equal, sometimes curves in one or the other, and can even double back to a point near the starting point. The design of the production line of this type takes into account all the variables that must be adapted during the production process, including the inspection and removal of the second quality goods from the line at different points.

There is no approach to the design line design, which is by its very nature better than all others. Choosing the right design involves understanding the space limitation, identifying targets for the production process, and then adjusting the line design to allow the highest level of productivity. For this reason, there are a number of lines that are considered hybrids, drawing on elements of several different designs to come up with the ideal layout for the situation.