Logistics management requires careful planning and implementation in order to effectively deliver a product from a point of origin to its destination in order to meet the needs of the consumer. Because logistical mistakes can often be costly for all parties involved, it is important to analyze and optimize logistics systems. Simcad Pro's patented dynamic simulation technology allows users to create complex and intricate warehouses, manufacturing plants and transportation centers in order to encompass the full system, without the need to write code.

ABSTRACT:

The Eaton Cutler-Hammer facility has two separate areas of assembly. Eleven production lines compose the Load Center Assembly Area while 17 production lines compose the Metering/Meter Breaker/ACD Assembly Area. Currently, 11 fork trucks are used in the facility to bring parts from receiving to storage where they can be picked up when needed by the assembly lines. Fork trucks also take packaged goods from finished assembly to shipping. Fork truck drivers are often dedicated to one or two assembly lines in an attempt to meet their every need and to ensure that the assembly process does not incur downtime.

Most improvement initiatives begin with a Value Stream mapping exercise. The value stream map takes into consideration one aspect or product of the operation and analyzes the effect of waste. With a single product with no variations that flows sequentially, a static value stream is adequate. But, when analyzing multiple product interactions, non sequential flows, and the interaction among multiple value streams, the static environment fails. Moreover, static streams do not take into consideration fluctuations in demand, workforce, and other dynamic operational constraints. This patented technology is the first of its kind on the market today.

Distribution Center Network Analysis

• Determine Optimal DC Locationsg
• Manage Inventory Levels and Delivery Requirements to ensure product availability
• Route and transportation method optimization