Greater efficiency and better decision-making
Continuous monitoring of the warehouse together with testing of improvement proposals helps to effectively detect bottlenecks and make only changes for the better.Open Case study
Optimal storage layout minimizes transport costs.
Efficient timing reduces the cost of storage and process operations.
Minimizing WIP cost maximizes margin and profitability.
How is warehouse optimization performed?
The design of warehouses, their partial parts or improvements is carried out in a digital 3D model (known as digital twin) of the real warehouse. The simulation works with real inputs and processing times at specific nodes. The output is the key performance and economic parameters for each of the variations tracked within the flow of goods through the model.
Creating a parametric model for every variant
Creation of models for the required / proposed variants of warehouse layout and technological equipment.
Simulation of the operational functioning of the warehouse
Variational simulation of the flow of goods through individual models while simultaneously collecting data at sub-nodes.
Evaluation and comparison of sub-parameters of individual variations
Evaluation of the effectiveness of each proposed variation of the warehouse, including a comparison with each other.
Incorporating functional changes into the warehouse
Physical / software modification of the warehouse leading to higher efficiency.
The principle of creating a model of transport on conveyors
The simulation model of the transport of items using conveyors provides a perfect overview of the function and efficiency of the individual nodes of the system. Based on real data and "what-if" conditions, we can help you not only uncover bottlenecks, but create more efficient layout and setup of the conveyor system.Dynamic simulations
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