Accurate 2D and 3D CAD data is the essential starting point in any analysis and improvement efforts for material flow or layout design. Being a multi-faceted company, PMC leverages our digital engineering expertise to construct as-built plant models for our clients. We have created an extensive asset library consisting of all major material handling, tooling, and equipment designs to suit all industry needs. That said, PMC also has the ability and experience to design custom, task-specific material handling solutions for unique situations. This added level of detail provides more accurate facility visualizations as a starting point for tackling inefficiencies.

​PMC’s expertise in evaluation of ergonomically standard material handling equipment and stations, based on Anthropometric Measurements, gives a significant advantage in designing the line-side equipment and delivery of product. This approach to material handling is ergonomically operator-centric and efficient for the overall design. With a combination of CAD models and ergonomic simulations, we can make the following estimates, which are vital for operator wellbeing and process efficiency.

• Optimum pickup heights
• Optimum reach
• Optimum workstation/line side equipment heights and reaches
• Permissible Load Limit
• Worker Load Repetition

Static material flow analysis can be used in sync with a Plan for Every Part (PFEP) in a project’s data collection/creation phase. This makes it an ideal precursor to a complete discrete-event simulation run, in order to provide valuable insights for further analysis and for identifying optimum scenarios. Static material flow analysis illuminates: 

• Aisle congestions
• Point to point material flow
• Euclidean Distance
• Spaghetti diagrams
• Dock Utilization

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PMC;’s expertise in discrete and continuous event simulation over a wide variety of simulation packages has benefited hundreds of clients over more than 40 years. Especially in the field of material handling, our dynamic simulation techniques enable clients to efficiently plan for production ramping, design and optimize material handling routes, select line side equipment, estimate finished goods inventory, and optimize optimize dock operations and warehouse footprints.