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- Slotting, Picking, Receiving Analysis & Optimization.
- Optimizing Overall Warehouse Efficiency.
- Schedule Optimization.
- Staffing Optimization.
- Capacity Planning.
- Facility Layout & Design.
- Congestion Analysis and Optimization.
- ERP/WMS Connectivity.
Improve Warehouse Efficiency with Simcad Pro  Patented Dynamic Simulation
- Optimize overall warehouse efficiency with on-the-fly dynamic simulation
including integrated bottleneck and constraint identification.
- Reduce labor costs. Maximize existing capital.
- Identify the most efficient layout.
- Manage warehouse and DC variability.
- Optimize proposed slotting strategy.
- Identify, analyze, and mitigate the constraints imposed by potential slotting strategies.
- Identify required labor requirements and analyze the potential benefits to existing automation technology.
- Optimize and plan for future labor requirements based on demand variability.
- Plan and identify most efficient and cost effective shipment patterns, routes, and schedules.
- Analyze and optimize picking, replenishment, put-away and receiving.
- Impact on the physical facility: Expand, Change Layout, New Facility?
- Identify impact on labor requirements and equipment requirements.
- Determine Impact, feasibility and risk-benefit analysis of automation equipment.
- Identify impact of facility design on overall warehouse efficiency.
- Planning the expansion.
- Minimize travel, conveyor layout, merge optimization.
- Optimize conveyor speed and staging capacity.
- Integrated connectivity to existing technology; WMS, RFID, Barcode, PLC, GPS.
- Predictive analysis, real-time forecasting.
- Historical reporting and trending.
- Analysis based on actual data with variability.
- Scenario analysis to study variability and Monte Carlo runs.
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3D Dynamic Warehouse Simulation Demo Videos.
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