Methodological support
1. Material categorization
(Master list)
The recording of the materials in the warehouse, including their dimensions and properties, as well as the load carriers used, forms the basis for warehouse planning (static data).
Experience has shown that the available
material data is incomplete.
2. Analysis of dynamic data
Dynamic data refers to the quantities of materials received or picked per time period. Alongside static data, dynamic data is the second important component of warehouse and material flow planning.
Methodological support
Methodological support
Structured guidance
Methodological support
1
Analysis & Fundamentals
We listen, we measure, we understand.
3. Target storage technology analysis
The goal of material flow planning is an efficient routing concept within the warehouse. Ideally, processes and storage technologies can be arranged in a straight flow through the hall.
4. Dimensioning capacity & areas
Based on the static and dynamic data as well as the future production planning and the storage technology to be used, the required areas are calculated in an initial block layout.
5. Material flow concepts
Suitable storage technologies are identified for the recorded materials. Both manual and automated technologies are compared and evaluated.
Warehouse and production planning
Material flow planning
Material flow planning
Warehouse and production planning
Warehouse & production planning
Material flow investigation
2
Technische Auslegung
Data is translated into concrete layouts and plans.
Simulation
Technical dimensioning
Process design
3
Solution space
Mehrere Szenarien, klar vergleichbar, Entscheidungsvorbereitung.
6. Scenario development
With all the available data, three scenarios are usually developed that differ in the degree of automation.
7. Calculating and comparing scenarios
For the developed scenarios, the required costs over 10 years are calculated. All qualitative advantages and disadvantages are also determined. Together with the client, the scenarios are evaluated, and the most suitable one is selected.
Simulation
Technical dimensions
Process design
System dimensioning
Simulation
Process engineering
4
Recommendation & Implementation
Final solution, start of implementation.
8. Selection & detailed concept
With all the available data, three scenarios are usually developed, each differing in its level of automation.
avionic design
Warehouse planning and relocation for Avionic Design GmbH
+ 50% storage capacity
− 30% storage costs
faster, less error-prone processes.
Increased customer satisfaction.